CISCOSB-QOS-CLI-MIB: View SNMP OID List / Download MIB

Added: StatisticsCntrNumOfBitsType StatisticsCntrType rlQosStatistics rlQosPortPolicyStatisticsTable rlQosSinglePolicerStatisticsTable rlQosAggregatePolicerStatisticsTable rlQosOutQueueStatisticsTable rlQosGlobalStatisticsCntrsTable.

*********This Scalar is deprecated - rlQosGlobalCfgEntry - replaces its functionality*************** This scalar define in which mode the system will work: basic , advance or none.

*********This Scalar is deprecated - rlQosGlobalCfgEntry - replaces its functionality*************** This scalar define in which trust mode the system will work:802.1p or DSCP or DSCP-Mutation or TCP/UDP or none or vpt-dscp.

This scalar define the max number of aces.

This table specifies Offset Table information

Each entry in this table describes one classifier field. The information includes: Offset Type the offset the mask and the Pattern. if the type is vlan then the value will be the vlan tag. if the Type is in/out port it will be the device in/out port. The index is sequential integer represent by rlQosOffsetIndex

An arbitrary incremental Index for the offset table.

Start of the offset.

The Offset value.

Define which bit to be extracted from the offset.

The value to match too.

Pointer for the relevant Tuple.

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies Tuple Table information

Each entry in this table describes one Tuple. The information includes: Tuple Type and the Tuples values. The index is sequential integer represent by rlQosTupleIndex

An arbitrary incremental Index for the offset table.

Start of the offset.

The Tuple no.1 value can be regular integer values only.

The Tuple no.2 value can be IPv4/IPv6/MAC address or protocol number with mask

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies ACE table information

Each entry in this table describes one Classifier Element. The information includes: Action the ACE's Type the up to 8 tuples pointers. The index is sequential integer represent by rlQosAceIndex

An arbitrary incremental Index for the ACE table.

ACE Action to take.

ACE Type

ACE Tuple 1 pointer.

ACE Tuple 1 pointer.

ACE Tuple 1 pointer.

ACE Tuple 1 pointer.

ACE Tuple 1 pointer.

ACE Tuple 1 pointer.

ACE Tuple 1 pointer.

ACE Tuple 1 pointer.

ACE Accounting state. When set to 'enabled' than appropriate statistic's counter is provided for an ACE.

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies ACL table information

Each entry in this table describes one Classifier Element. The information includes: Action and the row status. The ACE pointer are in the ACL-ACE reference table. The index is sequential integer represent by rlQosAceIndex

An arbitrary incremental Index for the ACE table.

Name ACL.

ACL Type.

The status of a table entry. It is used to delete/Add an entry from this table.

Holds number of aces in the acl.

This table specifies the ACE to ACL relationship.

Each entry in this table describes the relationship between ACE to ACL. Show which ACE include in one ACL. The index is the ACE pointer represent by rlQosAclAceRefAcePointer

The Index is the ACE pointer

ACL index Pointer

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies CCL table information

Each entry in this table describes one Class Map Element. The information includes: Classes Name,Class Action, Policer pointer, and 1 match statements. The index is sequential integer represent by rlQosClassMapIndex

Class Map Index

Name of the Class Map.

Class map type

Class Map Action.

Mark value when mark action has been chosen in Class Map Action field.

Policer pointer. 0-means no policer.

Match ACL 1 pointer.

Match ACL 2 pointer.

If 'mark', than the classified traffic will be remarked with new VLAN id. If 'disabled' VLAN id is not changed. If markNestedVlan, if the egress interface defined as VLAN tagged member then a new VLAN tag is added to the packet.

If rlQosClassMapMarkVlan is not 'noMark', than the classified traffic will be remarked with new VLAN id. The value of this field sets new VLAN id.

Specifiy the redirection action.

Relevant if rlQosClassMapRedirect is either 'redirectToInterface' or 'analyzerPort' or 'toMultipleInterfaces'. Specified the output interface the packet is redireted to or the port that gets copy of the packet in addition to the port it was forwarded.

The status of a table entry. It is used to delete/Add an entry from this table.

Match ACL 3 pointer.

If now zero, Indicates the trap type id the matched packets arrives with, relevant when RedirectAction is trap or mirror.

Enable/disable counting per class map. Counts packets matche the class map rules.

If not zero, then the tunnel data pointed by rlQosClassMapTunnelIdx is added to the packet

This table specifies All the Policers in the system Information

Each entry in this table describes one policer. The information includes: Policer name, Policer type, Committed Rate, Committed Burst, Out-of-Profile Action. The index is sequential integer represent by rlQosPolicerIndex

Policer Index.

Name of the Policer.

Policer type

Committed rate value.

Committed rate Value.

Out of profile Action.

Pointer to use whan the type is cascade policer. 0-means no cascade policer. It can also be Remark value in case of explicit remark

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies Policy Map Table Information

Each entry in this table describes one policy map. The information includes: Index, Policy Map name, Up to 6 class map names. The index is sequential integer represent by rlQosPolicerIndex

Policy map Index.

Policy map Name.

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies The relationship between policy map to class map

Each entry in this table describes the connection between class-map entry to policy map by using pointers. The index is Class map pointer represent by rlQosPolicyClassRefClassPointer

The Index is the Class-map pointer

Policy map index Pointer

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies for each interface the Policy Map attach to it

Each entry in this table describes what policy Map attached to specific Interface. The index is Interface Index represent by rlIfIndex and the interface type represent by rlIfType

Interface Index.

Interface Type(vlan/port).

Policy map pointer Input.

Policy map pointer Output.

Interface Basic Mode Trust is active or not .

If there is shaper on the port

The CIR for the port shaper. N/A when the shper is disabled

The CBS for the port shaper. N/A when the shper is disabled

Interface Profile name pointer.

Queue Profile name pointer.

Queue shape Profile pointer.

When one ACL is enterd then what to do for the last rull.

The status of a table entry. It is used to delete/Add an entry from this table.

Index of an ACL in the rlQosAclTable, which is applied to the ingress of an interface. 0 - means no ACL applied.

Index of an ACL in the rlQosAclTable, which is applied to the egress of an interface. 0 - means no ACL applied.

Index of an Policer in the rlQosPolicerTable, which is applied to the ingress of an interface. 0 - means no Policer applied.

If there is Rate limit on the port

The CIR for the port rate limit. N/A when the Rate limit is disabled

The CBS for the port Rate limit. N/A when the Rate limit is disabled

Index of an IPv6 ACL in the rlQosAclTable, which is applied to the ingress of an interface. 0 - means no ACL applied.

Index of an IPv6 ACL in the rlQosAclTable, which is applied to the egress of an interface. 0 - means no ACL applied.

This table specifies for each Queue the Tail Drop or WRED parameters and the EF of WRR parameters.

Each entry in this table describes one queue parameters: Tail-drop threshold for drop precedence 0,1,3 and the WRED min-max threshold and the probability factor for Drop precedence 0,1,2 and the WRED Q factor and the EF priority and the WRR weight. The index is Interface Index represent by rlIfProfileName and queue-id represent by rlQosQueueId

Interface Index.

Queue id Index.

Tail Drop Threshold for Drop Precedence 0.

Tail Drop Threshold for Drop Precedence 1.

Tail Drop Threshold for Drop Precedence 2.

WRED Min Threshold for Drop Precedence 2.

WRED Max Threshold for Drop Precedence 0.

WRED probability for Drop Precedence 0.

WRED Min Threshold for Drop Precedence 2.

WRED Max Threshold for Drop Precedence 1.

WRED probability for Drop Precedence 1.

WRED Min Threshold for Drop Precedence 2.

WRED Max Threshold for Drop Precedence 2.

WRED probability for Drop Precedence 2.

Q factor for WRED.

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies The DSCP Mutation table

Each entry in this table describes the new DSCP for the packet. The index is Old DSCP represent by rlQosOldDscp

Old DSCP.

New DSCP.

This table specifies The DSCP Remark table

Each entry in this table describes the new DSCP for the packet. The index is Old DSCP represent by rlQosOldDscp

Old DSCP.

New DSCP.

This table specifies The Cos to queue map table

Each entry in this table describes queue ID. The index is CoS represent by rlQosCosIndex

CoS value (0-7).

Queue ID.

This table specifies The DSCP to Queue map table

Each entry in this table describes The Queue Number. The index is DSCP represent by rlQosDscpIndex

DSCP value.

Queue Number.

This table specifies TCP Port to Queue map table

Each entry in this table describes The Queue Number. The index is TCP/UDP port represent by rlQosTcpUdpPort

TCP port number.

Queue Number.

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies UDP Port to Queue map table

Each entry in this table describes The Queue Number. The index is UDP port represent by rlQosTcpUdpPort

UDP port number.

Queue value.

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies UDP Port to DSCP map table

This Table describes The EF management for the system. The index is UDP port represent by rlQosEfQueueId

Queue-ID.

Enable/disable

The priority of the queue

This table describes the queue managment profiles

Each entry in this table describes The queue managment profile Value. The index is profile name represent by rlQueueProfileName

Profile name for the Queue profile.

EF or WRR

for EF read-only for wrr the weight

EF or WRR

for EF read-only for wrr the weight

EF or WRR

for EF read-only for wrr the weight

EF or WRR

for EF read-only for wrr the weight

EF or WRR

for EF read-only for wrr the weight

EF or WRR

for EF read-only for wrr the weight

EF or WRR

for EF read-only for wrr the weight

EF or WRR

for EF read-only for wrr the weight

The status of a table entry. It is used to delete/Add an entry from this table.

how many time this entry connected to the if policy table

This table specifies the queue shaper profile

Each entry in this table describes The shaper profile for all queues. The index sequencial index represent by rlQosQueueShapeIndex

Profile Index.

CIR for Queue1 0 for not active

CBS for Queue1 0 for not active

CIR for Queue2 0 for not active

CBS for Queue2 0 for not active

CIR for Queue3 0 for not active

CBS for Queue3 0 for not active

CIR for Queue4 0 for not active

CBS for Queue4 0 for not active

CIR for Queue5 0 for not active

CBS for Queue5 0 for not active

CIR for Queue6 0 for not active

CBS for Queue6 0 for not active

CIR for Queue7 0 for not active

CBS for Queue7 0 for not active

CIR for Queue8 0 for not active

CBS for Queue8 0 for not active

The status of a table entry. It is used to delete/Add an entry from this table.

The table is used to show statistics for ACL applied on an interface.

This entry shows value of conter for a particular ACE of an ACL.

Interface Index on which ACL is applied.

Index of ACL, which was applied on the IfIndex.

Index of ACE, which is belong to an ACL.

The value of the ACE counter.

The table is used to get free indexes of tables to create new entries. The algorithm for free indexes depends on table's type: Tuple table - first free index. Offset table - first free index. ACE table - last used index + ACE indexes delta. ACL table - first free index. Class Map table - last used index + Class Map indexes delta. Policy Map table - first free index. Policer Table - first free index. The ACE indexes delta and Class Map indexes delta are used to supply QoS MIB user easy insert entry capabilities. Values of these deltas depend on the MIB implementation. The 'Get and increment' approach is used in all cases.

The entry is used to get free index for particular table.

Identification of the table, for which free index is retrieved. Enumeration: 'ace': 3, 'tuple': 1, 'acl': 4, 'shaper': 8, 'policer': 7, 'offset': 2, 'policy': 6, 'class': 5.

Free index for table. 0 means no free entries.

The table is used to get the ACL,Class-Map and Policy-Map indexes from the name.

The entry is used to get index form particular name and table type.

Identification of the table, for which the index is retrieved. Enumeration: 'policy': 3, 'policer': 4, 'class': 2, 'acl': 1.

The name of the entry

the index for table

This scalar object defines queue ID, which is used for stack control information transfer. For standalone systems the scalar value equals 0. This scalar object can be used for warning messages when users assign a QoS map item, or a Class to the stack control queue.

This scalar object defines CoS (VPT), which is used for stack control information transfer. For standalone systems the scalar value equals 8 (not valid for VPT). This scalar object can be used for warning messages when users assign a stack control CoS to a non-stacking control queue.

The table is used to set default 802.1p map (vpt to queue)

The entry is used to get index form particular name and table type.

vlan priority tag , 3 bits of priority which determine the service class.

the queue id vary from the first queue id to Max Number of queues supported

The table is used apply predefined ACLs to interfaces. Predefined ACLs is ACL to filter particular protocol or protocol's family. These ACL may operate simultaneously with IP and MAC ACLs.

The entry is used to apply predefined ACLs to the interface.

IfIndex of port/trunk or VLAN tag of VLAN on which predefined ACLa will be configured.

Interface Type(vlan/port).

This bitmap defines predefined ACL which are applied on an interface. The table below defines bitmasks for supported predefined ACL. Protocol/Family bitmask Description ===================================================== LLC NetBuei/NetBios 0x01 ACL filters out LLC encapsulated NetBuei/NetBios frames IP NetBuei/NetBios 0x02 ACL filters out IP encapsulated NetBuei/NetBios frames

The status of a table entry. It is used to delete/Add an entry from this table.

This table specifies ACE table with two index information

Each entry in this table describes one Classifier Element. The information includes: Action the ACE's Type the up to 11 tuples pointers. The index is sequential integer represent by rlQosAceTidxAclIndex ACL index and rlQosAceTidxIndex ACE index

An arbitrary incremental Index for the ACL ACE connection.

An arbitrary incremental Index for the ACE table.

ACE Action to take.

ACE Type

ACE Tuple pointer.

ACE Tuple pointer.

ACE Tuple pointer.

ACE Tuple pointer.

ACE Tuple pointer.

ACE Tuple pointer.

ACE Tuple pointer.

ACE Tuple pointer.

ACE Accounting state. When set to 'enabled' than appropriate statistic's counter is provided for an ACE.

The status of a table entry. It is used to delete/Add an entry from this table.

ACE time range name.

ACE time range is rule active state shows is ACE currently active or not.

ACE Tuple pointer.

ACE Tuple pointer.

ACE Tuple pointer.

This field is valid only if AceActionType is deny or deny-DisablePort.

MIB's version, the current version is 11 1 - original version 2 - Add new two MIB's items. - rlQosAceTidxTable - Ace table with two indexes - rlQosMibVersion. Change the unit in Policer table from bps to kbps 3 - Add new MIB's value for Textual convention QosObjectMode 4 - Add new MIBs rlQosDscpQueueDefaultMapTable 5 - Add new advanced action : trustCosDscp 6 - Add vpt,ether-type,tcp-flags,icmp-type,icmp-code,igmp-type to ClassTupleType Add ip-ICMP,ip-IGMP To AceObjectType Add vpt,ethertype To ClassOffsetType 7- Add rlQosPortRateLimitStatus,rlQosCirPortRateLimit, rlQosCbsPortRateLimit to rlQosIfPolicyTable 8 - Add Added rlQosDscpToDpTable 9 - Add statistics 10 - Add innerVlan to ClassOffsetType And inner-vlan to ClassTupleType 11 - Added rlQosCPUSafeGuardEnable

The table is used to set default dscp to queue map

The entry is used to get index form particular name and table type.

dscp , 6 bits of priority which determine the service class.

the queue id vary from the first queue id to Max Number of queues supported

This table specifies The DSCP To Dp table

Each entry in this table describes the new DP for the packet. The index is DSCP represent by rlQosDscp

Packet DSCP.

New DP.

This table specifies statistics counter for policies with specific actions

Each entry in this table describes counter per port. The index is port represent by rlIfIndex. In each entry represents counter, it's type , it's size and whether it's enabled.

Counter type.

Counter size in bits.

Indication whether the counter is enabled.

Counter value.

This table specifies statistics counters per QoS meter

Each entry in this table describes counter per meter. The index is port represent by RlQosMeterStatisticsPort and RlQosMeterStatisticsPolicerPointer. In each entry there are fields representing whether the counter for the meter is enabled and two counters value - for in-profile bytes and for out-of-profile bytes.

Counter value of in profile traffic.

Counter size in bits for in profile counter.

Counter value of Out Profile traffic.

Counter size in bits for out profile counter.

The status of a table entry. It is used to delete an entry from this table.

This table specifies statistics counters per QoS aggregate meter

Each entry in this table describes counter per aggregate meter. The index is rlQosPolicerIndex. In each entry there are fields representing whether the counter for the meter is enabled and three counters values - for green, yellow and red profiles bytes.

Counter value of In Profile amount of bytes.

Counter size in bits for In Profile .

Counter value of Out Profile amount of bytes.

Counter size in bits for Out Profile.

The status of a table entry. It is used to delete an entry from this table.

This table specifies statistics counters per VLAN/Port/Queue/Drop Precedence

Each entry in this table describes counter per any permutation of Port/VLAN/Queue/Drop Precedence. Each of the above can a group off 'All'. The index is port represent by rlQosOutQueueStatisticsCountrID. In each entry there are fields representing whether the counter is enabled and counters value.

Counter id, the key of the table.

Port for which the flow is counted.

Indication for whether the port is configured as range of all the ports

VLAN for which the flow is counted.

Indication for whether the VLAN is configured as range of all the VLANS

Queue for which the flow is counted.

Indication for whether the queue is configured as range of all the Queues

Drop Precedence for which the flow is counted.

Indication for whether the DP is configured as range of all the DPs

The counter for tail dropped value.

The counter for all traffic value.

Counter size in bits for the counter.

The status of a table entry. It is used to delete an entry from this table.

This table specifies statistics global counters for specific rules for all ports that they are connected to

Each entry represents global counter.

Counter type.

Counter size in bits.

Counter value.

The status of a table entry. It is used to delete an entry from this table.

This scalar indicates to clear all the counters.

A table containing Classifier utilization information. Each row represents objects for a particular Unit present in this system.

A Single entry containing Classifier utilization information.

The Unit ID of this Classifier. must be unique per entry. This is an index into the table.

The classifier utilization percentage.

The classifier utilization number of used rules, in short rules resolution.

The classifier utilization number of not used yet rules on the unit, in short rules resolution.

The system classifier utilization percentage.

Number of used rules per system, in short rule resolution

This table maps between port and profile

Each entry in this table describes mapping between port and profile

Port number

profile

This scalar enables/disables CPU Safeguard.

This table specifies The relationship between policy map to class map

Each entry in this table describes the connection between class-map entry to policy map by using pointers. The index is Class map pointer represent by rlQosPolicyClassRefClassPointer. It is also specifies the class-map priotiry in the policy-map, which set the rules order within the policy-map

The class-map priority within the policy-map

Class-map index Pointer

Policy map index Pointer

The status of a table entry. It is used to delete/Add an entry from this table.

This table holds statistics for deny ACEs.

Each entry in this table holds number of hits for deny ACEs attached to specific Interface.

Interface Index.

Number of hits on deny ACEs for this interface.

Number of hits on deny ACEs for 'Other'-type flow.

Each bit that is set in this portList represent a port or trunk that its hit counters should be reset.

This scalar indicates clearing 'Other'-type flow counter operation.

This table responsible to set the global qos mode configuration: qos mode, qos trust mode, and if port are trusted by default in qos advanced mode.

This table responsible to set the global qos mode configuration: qos mode, qos trust mode, and if port are trusted by default in qos advanced mode. Current implemnetaion assumes only one entry exist.

Entry index - currenly only one entry can exist, indexes hard coded with value '1'.

This field replaces deprecated scalar rlQosCliQosMode. Defines the global qos operation mode: disable, basic or advnaced.

This field replaces deprecated scalar rlQosCliBasicModeCfg. Defines the global qos trust operation mode relevant for qos basic mode.

This field replaces deprecated scalar rlQosCliBasicModeCfg. Defines the global qos trust operation mode relevant for qos advanced mode.

This field specified whether ports are set to trused or not-trusted by default when switching to qos advanced mode.

This field indicates if dscp to dscp mutation mode is enable. It can be set to true in the following terms: 1.rlQosGlobalTrustMode is in {dscp, vpt-dscp} ( rlQosGlobalQoSMode must be basic or advanced) 2.if rlQosGlobalQoSMode is advanced then rlQoSPortTrustAdvancedMode must be set to true.

This status of entry action. In current implementation only one entry exist, therefor only status = active is acceptable.

The table is used to show statistics for ACL applied on an interface.

This entry returns the value of the class map counter. Entry is added/deleted to this MIB when counting is enabled/disabled on the class map. The counter is set to zero upon reading its value.

This field returns the current value of the class map counter.

The read only table is used to get the trapId assisated to application wants to use the trap action in the class map table

This entry holds the trapId for application using the trap action in the class map table.

This field represents the application name and traffic type.

This field defines the trap id to be use in the class map entry.

This scalar specifies application-specific default action