CISCOSB-POLICY-MIB

TEXTUAL-CONVENTION

Interface type.

TEXTUAL-CONVENTION

specify to Layer 4 protocol type for which the port number will refer at the rlPolicyTcpUdpPortDscpTable.

TEXTUAL-CONVENTION

Specifies port's type to which a classifier is applied. It is only used for the DiffServ mode. For the non-DiffServ mode the normal value may be used.

TEXTUAL-CONVENTION

Specifies one of 3 classifier types for which offset bytes can be specified. For Ip and Ipx, the offsets indicated are relative to the beginning of the L3 data (IP options field is skipped). For the Bridged type, the offsets are relative to L2 (and any 802.1D tag is skipped). A value of notUsed is applied, if the classifier uses one set of offsets for bridge, IP and IPX

TEXTUAL-CONVENTION

Specifies the mark vlan action type in the class map table. 1 - noMark - No vlan marking 2 - mark - mark vlan tagged. 3 - markNestedVlan - add vlan tag to the packet.

TEXTUAL-CONVENTION

The user can set the system to operate either in the Basic mode or in the Advanced mode. The setting of the mode applies to all ports in the system. configuring the system to work in the advanced mode, all setting for the basic mode are not in affect. For example, 802.1p is not available when operating in the advanced mode. When changing from basic mode to advanced mode and then back to basic mode, the user assignments in the basic mode are restored. Same for moving from advanced to basic and back again to advanced mode, here again the user assignments are kept. The different modes are mutually exclusive, i.e., only one can be active at a given time. For example, when configuring the system to work in the advanced mode, all setting for the basic mode are not in affect. This means that 802.1p is not available when operating in the advanced mode. When changing between modes (Basic, Advanced, Service, none), some of the user settings are reset to their default values. Specifically: 1. When changing from the advanced mode to any other mode, the CCL definitions are lost. 2. When changing from any mode to any other mode, the interface assignments: associated Policy map, trust mode of the Basic mode, shaper and scheduler settings are lost. 3. When changing from service mode to any other mode, all service mode settings are lost. 4. When changing to service mode, ACL are lost. The user is prompted if he wants to whether to import his active ACLs to the service mode. 5. All other user configurations are kept. When the system is configured to the Basic mode and the user changes the trust mode, the CCL assignment per port and the shaper settings are reset to their default values.

TEXTUAL-CONVENTION

Specifies the packet redirection options. Redirection is applied only on permitted packets. 1 - disabled - no redirect 2 - trap - trap to local_host (CPU) 3 - redirectToInterface - redirect to a output interface (port, trunk or vlan) 4 - redirectToAllPorts - redirect to all ports, exept the ingress port. 5 - mirror - forward the packet and sent a copy to local_host (CPU) 6 - analyzerPort - forward the packet and sent a copy to egress port. 7 - loopback - redirect the packet the the port it was recieved. 8 - redirectToPortGroup - send to group of ports, defined in rlUserAssignedVidxTable table. 9 - mirror_and_redirectToInterface - send the packet to interface and send a copy to local_host(CPU) 10 -mirror_and_redirectToInterfacesGroup - send the packet to group of ports and send a copy to local_host(CPU)

TEXTUAL-CONVENTION

The Action Drop Type.

TEXTUAL-CONVENTION

Bitmap that includes days of week. Each bit in the bitmap associated with corresponding day of the week.

TEXTUAL-CONVENTION

Configure the port trust state cos - Classifies ingress packets with the packet CoS values. For untagged packets, the port default CoS is used. dscp - Classifies ingress packets with the packet DSCP values. For non-ip tagged packets, the packet CoS value is used with the Cos-to-DSCP table .For non-IP untagged packets, the default port CoS is used with the Cos-to-DSCP table tcp-udp - v750 deprecated. port to dscp - Classifies ingress packets with the packet destination port values. For non-ip tagged packets, the packet CoS value is used with the Cos-to-DSCP table. For non-IP untagged packets, the default port CoS is used with the Cos-to-DSCP table. none - v750 deprecated. 802.1p is disabled for this port and the packet gets best effort queue. cos-dscp- Classifies ingress packets with the packet DSCP values. For non-ip tagged packets, the packet CoS value is used with the Cos-to-Queue table .For non-IP untagged packets, the default port CoS is used with the Cos-to-Queue table

TEXTUAL-CONVENTION

Clear action, value for clear scalar.

TEXTUAL-CONVENTION

The counter can be of different sizes - 32 bit, 48 bit, 64 bit. Maximum is 64.

TEXTUAL-CONVENTION

The counter can be of different types, depends on actions adhered to rules that the counter is working on.

TEXTUAL-CONVENTION

Drop preceedence type.

OBJECT-TYPE

MIB's version, the current version is 14 1 - original version 2 - two new fields rlPolicyActionChangeDscpNonConform rlPolicyActionNewDscpNonConform were added. 3 - added support new policy features QoS modes: basic and advanced support for trusted mode operations mapping tables for trusted ports dscp, tcpUdp, mutation, remarking. 4 - I) added support to service mode. II)DSCP to VPT mapping table III) download marker 5 - Added cos-Dscp to RlPolicyTrustTypes 6 - Added rlPolicyFlowClassificationOffsetsGroupUseVPTId and rlPolicyFlowClassificationOffsetsGroupUseEtherTypeId To rlPolicyFlowClassificationOffsetsTable Added rlPolicyClassifierVPTID And rlPolicyClassifierEtherTypeID To rlPolicyClassifierTable Added Vpt and Ethertype support to rlPolicyClassifierAdditionalCriteriaSupported 7 - Added rlPolicyPortCfgPortRateLimitStatus,rlPolicyPortCfgCirPortRateLimit rlPolicyPortCfgCbsPortRateLimit to rlPolicyPortConfigurationTable 8 - Added rlPolicyDefaultForwardingProtocol to rlPolicyDefaultForwardingTable Added rlPolicyDscpToDpTable 9 - Add statistics 10 - Add classifier utilization 11 -Added rlPolicyFlowClassificationOffsetsGroupUseInnerVlanId To rlPolicyFlowClassificationOffsetsTable Added rlPolicyClassifierInnerVID To rlPolicyClassifierTable Added Inner vlan id support to rlPolicyClassifierAdditionalCriteriaSupported 12 - Added rlPolicyVlanConfigurationTable 13 - Added rlPolicyIsTCAvailable scalar 14 - Added rlPolicyCPUSafeGuardEnable

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

Some platforms allow Policy statements to examine all packet offsets(Opal); other platforms require specification of specific byte offsets for routedIp packets, another set of offsets for routedIpx, a third set for bridge.

OBJECT-TYPE

For platforms which require an FCOG, indicates the maximum number of byte offsets specifiable for each offset group.

OBJECT-TYPE

Indicates the maximum value of a byte offset in a Flow Classification Offset Group. If 0, there is no limit.

OBJECT-TYPE

indicates the maximum number of byte offsets specifiable for each Ompc offset group.

OBJECT-TYPE

Indicates the maximum value of a byte offset in a Ompc Group. If 0, there is no limit.

OBJECT-TYPE

A bit mask indicating which operators are permissable in an OMPC: ---------- |87654321| ---------- 1 - equal operator permitted 2 - not-equal operator permitted 3 - greater-than operator permitted 4 - less-than operator permitted

OBJECT-TYPE

Indicates the maximal permissible length of an OMPC using bigger' or 'smaller' condition. If 0, there is no limit.

OBJECT-TYPE

A bit mask indicating which additional Criteria may be supported by the classifier: ---------- |87654321| ---------- 1 - input port supported 2 - output port supported 3 - VLAN ID for bridging supported 4 - VPT ID for bridging supported 5 - EtherType ID for bridging supported 6 - Inner VLAN ID for bridging supported

OBJECT-TYPE

Indicates whether the additional FCOG or Classifier criteria (ie. inPort, outPort VID count towards the maximum number of offsets ie. whether using inPort in the FCOG reduces the maximum number of offsets available.

OBJECT-TYPE

A bit mask indicating which offset types are supported by the platform for FCOG and OMPC definitions: ---------- |87654321| ---------- 1 - L2 offsets supported 2 - L3 offsets supported

OBJECT-TYPE

A bit mask indicating which operation could be performed with OPMC ---------- |87654321| ---------- 1 - equal, 2 - notEqual, 3 - bigger, 4 - smaller.

OBJECT-TYPE

Specifies the byte offsets that the platform can use for policy decisions. This table is used for platforms which impose limitations on choosing the OMPCs for classification. If the platform does not impose any limitations, the value of rlPolicyFlowClassificationOffsetsGroupScheme is allOffsetsPermitted. Each entry in the table specifies a combination of byte offsets which can be used to specify flow classification. A rule may use a subset of the bytes of its Offset Group. The maximum value for each offset is given by rlPolicyFlowClassificationOffsetGroupMaximumOffset. The maximum number of offsets per Offset Group is given by rlPolicyNumberOfOffsetsPerFlowClassificationOffsetGroup.

OBJECT-TYPE

The flow classification offset table entry includes the following parameters

OBJECT-TYPE

Specifies a classifier type for which offset bytes can be specified.

OBJECT-TYPE

The list of offsets to be included in the Flow Classification Offset Group are specified as subidentifiers in the OID(after the first 2 bytes which must be 1.1). The maximal number of permissible offsets is given by rlPolicyNumberOfOffsetsPerFlowClassificationOffsetGroup. The maximal value that an offset can have is rlPolicyFlowClassificationOffsetGroupMaximumOffset.

OBJECT-TYPE

Indicates whether the corresponding byte denotes an offset from beginning of L2, from the beginning of L3 IPv4 packet data or from the beginning of L3 IPv6 packet data. Each byte in the OID contains either: (1) - L2 offset (2) - L3 Offset (3) - L3 IPv6 Offset

OBJECT-TYPE

The list of masks corresponding to the offsets to be included in the Flow Classification Offset Group are specified as bytes in the OID(after the first 2 bytes which must be 1.1).

OBJECT-TYPE

Indicates whether or not the Input Interface Index is usable in Policy Rule definitions.

OBJECT-TYPE

Indicates whether or not the Output Interface Index(ie. routing/bridging decision) is usable in Policy Rule definitions

OBJECT-TYPE

Indicates whether or not the VlanId is usable in Policy Rule definitions for bridged packets

OBJECT-TYPE

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

OBJECT-TYPE

Indicates whether or not the VPT is usable in Policy Rule definitions for bridged packets

OBJECT-TYPE

Indicates whether or not the EtherType is usable in Policy Rule definitions for bridged packets

OBJECT-TYPE

Indicates whether or not the inner VlanId is usable in Policy Rule definitions for bridged packets

OBJECT-TYPE

The table of OMPC statements.

OBJECT-TYPE

Each classification statement consists of the following parameters

OBJECT-TYPE

Specifies a classifier type for which offset bytes can be specified.

OBJECT-TYPE

Index into the OMPC Table.

OBJECT-TYPE

Specifies the offset within the frame (in bytes) from the layer according to rlPolicyGroupType. The limitation of this field is according to the rlPolicyFlowClassificationOffsetGroupMaximumOffset parameter if this OMPC is used by an entry in the rlPolicyClassifierTable whose rlPolicyClassifierType is a protocol for which predefined offsets in rlPolicyFlowClassificationOffsetsTable are required. rlPolicyRequiredOffsetGroups indicates for which protocols there is such a requirement.

OBJECT-TYPE

Indicates whether the offset should be interpreted as relative to the beginning of L2 or the beginning of L3

OBJECT-TYPE

Specifies which bits of the rlPolicyOMPCPattern field are significant for packet comparison. The length of the mask, in case of 'bigger' or 'smaller' rlPolicyOMPCCondition, is limited by rlPolicyMaxOMPCLengthForBiggerSmallerOperation.

OBJECT-TYPE

Describes the mask field. The length of this object must be equal to the length of rlPolicyOMPCMask.

OBJECT-TYPE

These define the operation carried out on the two 'operands' (frame and pattern), i.e. Bigger means that frame bits should be bigger than pattern bits. The permitted values are according to rlPolicyOMPCPermittedOperators parameter, if this OMPC is used by an entry in the rlPolicyClassifierTable whose rlPolicyClassifierType is a protocol for which predefined offsets in rlPolicyFlowClassificationOffsetsTable are required. rlPolicyRequiredOffsetGroups indicates for which protocols there is such a requirement.

OBJECT-TYPE

Free text specifing the nature of this OMPC.

OBJECT-TYPE

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

OBJECT-TYPE

The table of Classifier statement.

OBJECT-TYPE

Classifiers can be of the ingress, egress, or post-routing phase varieties. Each multifield classification statement consists of the following parameters.

OBJECT-TYPE

Specifies a classifier type for which offset bytes can be specified.

OBJECT-TYPE

List Index into the Classifier Table.

OBJECT-TYPE

SubList Index into the Classifier Table.

OBJECT-TYPE

Index into the Classifier Table.

OBJECT-TYPE

The list of OMPCs to check with this Classifier. Each subidentifier together with rlPolicyClassifierType specify one OMPC.

OBJECT-TYPE

Input interface index to be compared with received packet, a value of 0 denotes that the classifier is applied to all ports.

OBJECT-TYPE

Output interface index to be compared with sent packet, a value of 0 denotes that the classifier is applied to all ports.

OBJECT-TYPE

VLAN ID, used only for bridged traffic.

OBJECT-TYPE

For a classifier used by the Diffserv Rules table. Enables specification of a classifier that should apply to all Diffserv boundary ports or all Diffserv Interior ports. If normal is specified, the rlPolicyClassifierInIfIndex field is used as it is in the non-diffserv case. If allBoundary or allInterior is selected, rlPolicyClassifierInIfIndex is ignored

OBJECT-TYPE

For a classifier used by the Diffserv Rules table. Enables specification of a classifier that should apply to outbound traffic on all Diffserv boundary ports or all Diffserv Interior ports. If normal is specified, the rlPolicyClassifierOutIfIndex field is used as it is in the non-diffserv case. If allBoundary or allInterior is selected, rlPolicyClassifierOutIfIndex is ignored

OBJECT-TYPE

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

OBJECT-TYPE

allow to define list of ports for the specific classifier for ingress classification. if rlPolicyClassifierInIfIndex equal to zero then the following list should be reffered , if the list is empty we refer to ALL Ports

OBJECT-TYPE

allow to define list of ports for the specific classifier for egress classification. if rlPolicyClassifierOutIfIndex equal to zero then the following list should be reffered , if the list is empty we refer to ALL Ports

OBJECT-TYPE

VPT ID - user priority tag to be compared with . 8 is used to indicate not used value for this classifier

OBJECT-TYPE

VPT ID Mask ,mask the user priority field . 0 is the default indicate Mask all compared with any VPT value

OBJECT-TYPE

EtherType ID, to be compared with. 65535 is used to indicate not used value for this classifier 1499 is uded to indicate IPv4 ethertype that is originated from IPv4 ACL with permit/deny any any any 1500 is uded to indicate IPv6 ethertype that is originated from IPv6 ACL with permit/deny any any any

OBJECT-TYPE

INNER VLAN ID, used only for double tagged traffic.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

Indicates whether the dropped packets counter in the rlPolicyRulesTable is supported.

OBJECT-TYPE

A bit mask indicating which operation could be perform ---------- |87654321| ---------- 1 - block, 2 - blockAndTrap, 3 - permitAndTrap, 4 - permit.

OBJECT-TYPE

Specifies whether the platform supports metering in inbound packet rules.

OBJECT-TYPE

Specifies whether the platform supports metering on outbound packet rules (for Diffserv).

OBJECT-TYPE

The table of rules and Rules statements applied to all incoming traffic at the post-routing phase - ie. both the inPort and outPort are available for classification When Diffserv is not in effect(ie. IPX, bridging, or IP when the global option for Diffserv is off), certain table parameters are not available(see below). The DiffServ option is enabled or disabled by setting rlDiffservModeEnabled.

OBJECT-TYPE

Each multifield classification statement consists of the following parameters.

OBJECT-TYPE

Specifies a classifier type for which offset bytes can be specified.

OBJECT-TYPE

Specifies the direction for this entry on the interface. 'inbound' traffic is operated on during receipt, while 'outbound' traffic is operated on prior to transmission. Based on the metering support: inbound available while the ingress metering supported, outbound available while egress metering supported, and none while no metering supported.

OBJECT-TYPE

Enumerates the rule list entry.

OBJECT-TYPE

Enumerates the rule sub-list entry.

OBJECT-TYPE

Enumerates the rule index entry.

OBJECT-TYPE

Specifies the action for the filter. Values 1-10 reserved for the System filtering implemetation; Values starting from 11 may be used for user definition about future application.

OBJECT-TYPE

The number of packets blocked by this filtering rule.

OBJECT-TYPE

This further reference indicate on the entry at the metering or action table, based on the supported features. The rlPolicyRulesFurtherRefPointer points on the metering table if the metering feature is supported, if not this fields points on the Action table

OBJECT-TYPE

Free text specifing the nature of this Rule.

OBJECT-TYPE

Row status of the Rules entry.

OBJECT-TYPE

If not zero, perform counting of matched packets .

OBJECT-TYPE

The number of packets that matched this filtering rule.

OBJECT-TYPE

This further reference indicate on the entry at the action table, The rlPolicyRulesActionPointer points on the action table if the aggregate metering feature is supported,or if meter is not belong to data path.

OBJECT-TYPE

Time range of the first ACL.

OBJECT-TYPE

Time range of the second ACL.

OBJECT-TYPE

Start port of port range for source port.

OBJECT-TYPE

End port of port range for source port.

OBJECT-TYPE

Start port of port range for destination port.

OBJECT-TYPE

End port of port range for destination port.

OBJECT-TYPE

This field is valid only if rlPolicyRulesFilteringAction is not permit. Used to distinguish between Hard and Soft drop.

OBJECT-TYPE

Indicates when rules download or removing starts and terminates.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

Indicates how many meters can be chained in succession (ie. so that if the first meter fails, the second can be examined). The final meter in a sequence is always 'always-conform', so if the value of this parameter is 2, the platform that supports a single meter and then a second marking/action for meter failure.

OBJECT-TYPE

This table defines the Metering classes for the system.

OBJECT-TYPE

Each statement consists of the following parameters

OBJECT-TYPE

This enumerates the table entry.

OBJECT-TYPE

If true, the meter always accepts all traffic; its rate is effectively infinite. In such a case, the token bucket defined by the MeterRate and Burst-Size parameters is ignored. also used when there isn't metering support.

OBJECT-TYPE

The rate in kilobytes/second of traffic considered within the bandwidth allocated for this policy entry.

OBJECT-TYPE

The Burst Size parameter for the aggregate meter leaky bucket. A value of 0 means that the device should choose the Burst Size that it thinks is most suitable for the rule. The interval can be derived from (burstSizex8/Rate).

OBJECT-TYPE

A Quantitative Appliction policy rule where each individual session requires a guaranteed minimum bandwidth. Specifies the Ingress traffic flow meter per session indicate a bandwidth limit to be applied to each individual session Value 0 at rlPolicyMeteringClassPerSessionMetering and rlPolicyMeteringClassMaxSessionLimit is interpreted to mean no sepecific requarment and the aggregate metering will be done by the system decision. The rate in kilobytes/second

OBJECT-TYPE

indicate a the maximum number of session for a sepecific rule to guarante minimum bandwidth. Value 0 at rlPolicyMeteringClassPerSessionMetering and rlPolicyMeteringClassMaxSessionLimit is interpreted to mean no sepecific requarment and the aggregate metering will be done by the system decision.

OBJECT-TYPE

Specifies the index in the rlPolicyActionTable to be accessed for packets that are in-profile. Value 0 is interpreted to mean no action. A non-zero value may be specified only for RoutedIp packets in Diffserv mode.

OBJECT-TYPE

Specifies an index in the rlPolicyMeterClassTable. This is the meter that is to be used if the packet is out-of-profile relative to the current meter. If non-Diffserv mode, this field is not used. If the current meter is AlwaysConform, this field is not used.

OBJECT-TYPE

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

OBJECT-TYPE

Enable metering counter for the meter entry.

OBJECT-TYPE

meter counter for packets that are in profile .

OBJECT-TYPE

meter counter for packets that are out of profile

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

Indicates whether the platform supports setting MRED characteristics in the packet action

OBJECT-TYPE

Indicates whether the platform can maintain a count of packets Marked for drop by a particular action.

OBJECT-TYPE

Indicates whether the platform support at drop precedence.

OBJECT-TYPE

A bit mask indicating which drop precedence supported ---------- |87654321| ---------- 1 - low, 2 - medium, 3 - high, 4 - drop

OBJECT-TYPE

A bit mask indicating which drop precedence supported ---------- |87654321| ---------- 1 - low, 2 - medium, 3 - high, 4 - drop

OBJECT-TYPE

Indicates whether the platform support at DSCP filed modification.

OBJECT-TYPE

Indicates whether the platform supports at Q managment for implementation, mred, randomDrop used by the min/max threshold

OBJECT-TYPE

This table defines the Actions for packets that pass the meter table ie. the characteristics that are assigned to packets before they reach the scheduler. When Diffserv is not in effect(ie. IPX, bridging, or IP when the global option for Diffserv is off), certain table parameters are not available(see below). The DiffServ option is enabled or disabled by setting rlDiffservModeEnabled.

OBJECT-TYPE

Each multifield classification statement consists of the following parameters

OBJECT-TYPE

This enumerates the Action entry.

OBJECT-TYPE

Indicates the new DSCP with which the packet should be marked

OBJECT-TYPE

If true, the packet is re-marked with the value indicated by newDscp above. If false, the packet's DSCP value is not changed

OBJECT-TYPE

The min-threshold is the queue depth that a random drop process will seek to manage the queue's depth to. This object is in the action table rather than the queue table because Differentiated Services PHBs, such as the Assured Service, permit differently classified traffic to have different drop parameters even though they occupy the same queue.

OBJECT-TYPE

The max-threshold is the maximum permissible queue depth. In tail drop scenarios, the queue will drop if a packet is presented to it and it is instantaneously full by this measure. In random drop scenarios, the queue will drop if a packet is presented to it and the average queue depth exceeds the max-threshold. This object is in the action table rather than the queue table because Differentiated Services PHBs, such as the Assured Service, permit differently classified traffic to have different drop parameters even though they occupy the same queue.

OBJECT-TYPE

OBJECT-TYPE

The number of packets dropped by this action

OBJECT-TYPE

This paramer is used at non diffserv mode to attached the drop precedence for packet InProfile (metering), only if there is a support for drop precedence and with what level.

OBJECT-TYPE

This paramer is used at non diffserv mode to attached the drop precedence for packet OutProfile (metering), only if there is a support for drop precedence and with what level.

OBJECT-TYPE

Routed packets that run through the Rules receive VPT as define at the service class they attached to, bridge packets receive through the 802.1p operation unless we define to change the VPT for those packets.

OBJECT-TYPE

Priority Tag that will be written to packets .

OBJECT-TYPE

Specifies the index in rlPolicyServiceClassTable denoting the service class to which the packet should be assigned after the action specified in this entry is carried out. A value of 0 means that no Service class is assigned. A value of 0 is legal only for routedIp packets in Diffserv mode on Inbound processing.

OBJECT-TYPE

The status of the table entry

OBJECT-TYPE

If true, the packet is re-marked with the value indicated by newDscp for non conforming packets. If false, the packet's DSCP value is not changed

OBJECT-TYPE

Indicates the new DSCP with which the packet should be marked

OBJECT-TYPE

Indicates if egress queue is assigned for packets match rule according to global trust mode or note.

OBJECT-TYPE

Indicates the new Ip- Precedence with which the packet should be marked

OBJECT-TYPE

If true, the packet is re-marked with the value indicated by newIpPrecedence above. If false, the packet's DSCP value is not changed

OBJECT-TYPE

Specified the redirection action/

OBJECT-TYPE

Relevant if rlQosClassMapRedirect is either 'redirectToInterface' or 'analyzerPort'. 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 farwarded.

OBJECT-TYPE

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.

OBJECT-TYPE

If rlPolicyActionChangeVid is true, specify the new Vlan id to assigned to the packet

OBJECT-TYPE

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

OBJECT-TYPE

If not zero - Tunnel is added to matched packets.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

Indicates the number of service classes supported on each port of the platform. Service classes can be neither created nor destroyed.

OBJECT-TYPE

Indicates whether the platform supports setting an upper limit to the bandwidth of traffic transmitted on queues operating in Strict Priority mode.

OBJECT-TYPE

Indicates which service class is default one for packets whose COS is undetermined.

OBJECT-TYPE

Specifies the Service Class table preform active action (usuarlly after set of entries at the service class tentative table). Specifies the current status of a table, there could be two options, tentative/active table. only the tentative table is the read-write and the active table is read-only. at set to activeAction the tentative table will be copied to the active table.

OBJECT-TYPE

This table defines the service classes for the system ie. the queue discipline and weight characteristics that are implemented on each port unless the user configures a port specific value in .... The total number of service classes defined can not exceed rlPolicyNumberOfTransmitQueuesPerPort.

OBJECT-TYPE

Each multifield classification statement consists of the following parameters

OBJECT-TYPE

This enumerates the ServiceClass Tentative entry.

OBJECT-TYPE

The name given by the system administrator to the class.

OBJECT-TYPE

Indicates the type of Diffserv per-hop behaviour that this service class is intended to support. This object can be set by the user only in DiffServ mode (i.e. rlDiffservModeEnabled = enabled).

OBJECT-TYPE

Specifies either the minimum throughput of the queue as a percentage of the throughput of each output port on which the service class is implemented. If zero, there is no minimum rate. This field can not be set by the user if rlDiffservModeEnabled = disabled and rlPolicyServiceClassPriority > 0 or rlDiffservModeEnabled = enabled and rlPolicyServiceClassPhbType = expeditedForwarding.

OBJECT-TYPE

Specifies either the upper limit on the throughput of the queue as a percentage of the throughput of each output port on which the service class is implemented. If zero, there is no maximum rate. This field can not be set by the user if rlDiffservModeEnabled = disabled and rlPolicyServiceClassPriority = 0 or rlDiffservModeEnabled = enabled and rlPolicyServiceClassPhbType != expeditedForwarding or rlBoundedPriorityQueueSupport = notSupported.

OBJECT-TYPE

If non-zero, this service class will operate as a priority service class with the specified priority value. This object can not be set in Diffserv mode (i.e. rlDiffservModeEnabled = enabled), in which case rlServiceClassPhbType should be used instead. It can't be set when rlBoundedPriorityQueueSupport = notSupported as well.

OBJECT-TYPE

802.1D Priority Tag that will be written to routed packets and untagged bridged packets transmitted with this service class.

OBJECT-TYPE

Status of this entry.

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 0. UNITS percent 0-100

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 0. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 0. UNITS percent 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 0.

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 1.

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 2.

OBJECT-TYPE

additional parameter for the WRED algorithem supporting the Queue weight exponentail factor

OBJECT-TYPE

If there is shaper on the Queue

OBJECT-TYPE

The CIR for the Queue shaper. N/A when the shper is disabled. UNITS bps bits per second

OBJECT-TYPE

The CBS for the Queue shaper. N/A when the shper is disabled. UNITS bytes

OBJECT-TYPE

This table defines the service classes for the system ie. the queue discipline and weight characteristics that are implemented on each port unless the user configures a port specific value in .... The total number of service classes defined can not exceed rlPolicyNumberOfTransmitQueuesPerPort.

OBJECT-TYPE

Each multifield classification statement consists of the following parameters

OBJECT-TYPE

This enumerates the ServiceClass Active entry.

OBJECT-TYPE

The name given by the system administrator to the class.

OBJECT-TYPE

Indicates the type of Diffserv per-hop behaviour that this service class is intended to support. This object can be set by the user only in DiffServ mode (i.e. rlDiffservModeEnabled = enabled).

OBJECT-TYPE

Specifies either the minimum throughput of the queue as a percentage of the throughput of each output port on which the service class is implemented. If zero, there is no minimum rate. This field can not be set by the user if rlDiffservModeEnabled = disabled and rlPolicyServiceClassPriority > 0 or rlDiffservModeEnabled = enabled and rlPolicyServiceClassPhbType = expeditedForwarding.

OBJECT-TYPE

Specifies either the upper limit on the throughput of the queue as a percentage of the throughput of each output port on which the service class is implemented. If zero, there is no maximum rate. This field can not be set by the user if rlDiffservModeEnabled = disabled and rlPolicyServiceClassPriority = 0 or rlDiffservModeEnabled = enabled and rlPolicyServiceClassPhbType != expeditedForwarding or rlBoundedPriorityQueueSupport = notSupported.

OBJECT-TYPE

If non-zero, this service class will operate as a priority service class with the specified priority value. This object can not be set in Diffserv mode (i.e. rlDiffservModeEnabled = enabled), in which case rlServiceClassPhbType should be used instead. It can't be set when rlBoundedPriorityQueueSupport = notSupported as well.

OBJECT-TYPE

802.1D Priority Tag that will be written to routed packets and untagged bridged packets transmitted with this service class.

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 0. UNITS percent 0-100

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 0. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 0. UNITS percent 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 0.

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 1.

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 2.

OBJECT-TYPE

additional parameter for the WRED algorithem supporting the Queue weight exponentail factor

OBJECT-TYPE

If there is shaper on the Queue

OBJECT-TYPE

The CIR for the queue shaper. N/A when the shper is disabled UNITS bps bits per second

OBJECT-TYPE

The CBS for the queue shaper. N/A when the shper is disabled. UNITS bytes

OBJECT-TYPE

This table enables the network administrator to fine-tune the bandwidth given to each service class on each port. The values in this table will thus override those of the rlServiceClassTable (THIS TABLE IS MANAGE FROM 3SW).

OBJECT-TYPE

Configuration parameters for each port/service class.

OBJECT-TYPE

Interface index.

OBJECT-TYPE

The list of objects contain parameters at Precents type for the minimal bandwidth to this port/service class at WWR . The OID length is based on the number of the service class number, every OID define parameter of service class.

OBJECT-TYPE

The list of objects contain parameters at Precents type for the maximal bandwidth to this port/service class at SP . The OID length is based on the number of the service class number, every OID define parameter of service class.

OBJECT-TYPE

Status of this entry.

OBJECT-TYPE

pointing to drop algorithem profile. the profile describs the drop algorithem (tail, red)and params

OBJECT-TYPE

If there is shaper on the Queue

OBJECT-TYPE

The CIR for the Queue shaper. N/A when the shper is disabled UNITS bps bits per second

OBJECT-TYPE

The CBS for the Queue shaper. N/A when the shper is disabled. UNITS bytes

OBJECT-TYPE

If there is shaper on the port

OBJECT-TYPE

The CIR for the port shaper. N/A when the shper is disabled UNITS bps bits per second

OBJECT-TYPE

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

OBJECT-TYPE

If there is Rate Limit on the port

OBJECT-TYPE

The CIR for the port Rate limit. N/A when the Rate limit is disabled UNITS bps bits per second

OBJECT-TYPE

The CBS for the port Rate Limit. N/A when the Rate Limit is disabled. UNITS bytes

OBJECT-TYPE

this table defines drop profile which describ the queue's drop algorithems

OBJECT-TYPE

Configuration parameters for each port/service class.

OBJECT-TYPE

Interface index.

OBJECT-TYPE

Interface Queue number.

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 0. UNITS percent 0-100

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

Tail Drop Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 0. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 0. UNITS percent 0-100 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 0.

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 1. UNITS percent 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 1.

OBJECT-TYPE

WRED Min Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED Max Threshold for Drop Precedence 2. UNITS percent 0-100

OBJECT-TYPE

WRED probability for Drop Precedence 2.

OBJECT-TYPE

additional parameter for the WRED algorithem supporting the Queue weight exponentail factor

OBJECT-TYPE

Status of this entry.

OBJECT-TYPE

This table enables the network administrator to fine-tune the rate limit given to each vlan. The values in this table will thus override those of the rlQosIfPolicyTable (THIS TABLE IS MANAGED FROM 3SW).

OBJECT-TYPE

Configuration parameters for each vlan.

OBJECT-TYPE

Interface index.

OBJECT-TYPE

If there is Rate Limit on the vlan

OBJECT-TYPE

The CIR for the port Rate limit. N/A when the Rate limit is disabled UNITS bps bits per second

OBJECT-TYPE

The CBS for the port Rate Limit. N/A when the Rate Limit is disabled. UNITS bytes

OBJECT-TYPE

Status of this entry.

OBJECT-IDENTITY

OBJECT-IDENTITY

OBJECT-TYPE

Indicates whether Diffserv mode is supported on the platform.

OBJECT-TYPE

Indicates whether Diffserv mode is currently enabled.

OBJECT-TYPE

Indicates whether a port is considered a boundary or an interior node of the Diffserv domain

OBJECT-TYPE

Each boundary/interior ports table entry consists of the following parameters

OBJECT-TYPE

The Interface index whose type is being defined

OBJECT-TYPE

The boundary status of the port.

OBJECT-TYPE

Status of this entry.

OBJECT-IDENTITY

OBJECT-TYPE

Indicates whether Policy is currently enabled.

OBJECT-TYPE

Indicates whether or not the unmach traffic is forwarded or blocked.

OBJECT-TYPE

define the the min number of seconds between successive traps. 0 means no traps will be sent, uints in Sec

OBJECT-TYPE

show the time out elaps from the last trap sent uints in Sec.

OBJECT-TYPE

V750 DEPRECATED - replaced with rlPolicyGlobalQosMode field in rlPolicyQosModeGlobalCfg table. user can set the system to operate either in the Basic mode or in the Advanced mode

OBJECT-TYPE

V750 DEPRECATED - replaced with rlPolicyGlobalTrustMode field in rlPolicyQosModeGlobalCfg table. Global Trust state. the value refered to Basic mode and specify the trust mode the device is support. all phisical ports are trusted

OBJECT-TYPE

Indicates if the system support basic or advanced mode or Both basic and Advanced

OBJECT-TYPE

mutation over the ingress packet dscp field supported for the device.

OBJECT-TYPE

Indicates if the system support classification according ip precedence most significant 3 bits in the TOS byte

OBJECT-TYPE

Indicates the shaper shaper type supported for the device

OBJECT-TYPE

Indicates if dscp remarking supported for the device

OBJECT-TYPE

indicates if the system support scheduling configuration per port or per device. device (1 ) or port (2)

OBJECT-IDENTITY

OBJECT-TYPE

This table specifies The DSCP to ServiceClass map table

OBJECT-TYPE

Each entry in this table describes The ServiceClass assigned to a Dscp value. The index is DSCP represent by rlPolicyDscpIndex

OBJECT-TYPE

DSCP value.

OBJECT-TYPE

ServiceClass value.

OBJECT-TYPE

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

OBJECT-TYPE

This table specifies TCP/UDP Port to ServiceClass map table

OBJECT-TYPE

Each entry in this table describes The ServiceClass Value. The index is TCP/UDP port represent by rlPolicyTcpUdpPort

OBJECT-TYPE

TCP/UDP port type.

OBJECT-TYPE

TCP/UDP port number.

OBJECT-TYPE

ServiceClass value.

OBJECT-TYPE

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

OBJECT-TYPE

This table specifies The DSCP Remark table

OBJECT-TYPE

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

OBJECT-TYPE

Old DSCP.

OBJECT-TYPE

New DSCP for the violation action.

OBJECT-TYPE

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

OBJECT-TYPE

New DSCP for the exceed action.

OBJECT-TYPE

This table specifies The DSCP Mutation table

OBJECT-TYPE

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

OBJECT-TYPE

Old DSCP.

OBJECT-TYPE

New DSCP.

OBJECT-TYPE

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

OBJECT-TYPE

This table specifies the port state for the trusted basic mode

OBJECT-TYPE

describes the ports status that belongs to the global trusted state

OBJECT-TYPE

phisical port number .

OBJECT-TYPE

the port state for the trusted mode. the port can be enabled or disabled for the basic trust mode

OBJECT-TYPE

This table specifies The DSCP to VPT map table

OBJECT-TYPE

Each entry in this table describes The VPT assigned to a Dscp value. The index is DSCP represent by rlPolicyDscpValue.

OBJECT-TYPE

DSCP value.

OBJECT-TYPE

VPT value.

OBJECT-TYPE

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

OBJECT-TYPE

This table specifies The DSCP To Dp table

OBJECT-TYPE

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

OBJECT-TYPE

Packet DSCP.

OBJECT-TYPE

New DP.

OBJECT-TYPE

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

OBJECT-TYPE

This table specifies The default forwarding values : permit or deny for list of specific ports , vlans

OBJECT-TYPE

Since the table is search to find match according to first match Entries with specific protocol should be set before entries for entire layer.

OBJECT-TYPE

Default Forwarding Index.

OBJECT-TYPE

Default Forwarding Port List.

OBJECT-TYPE

Default Forwarding VlanId List 1.

OBJECT-TYPE

Default Forwarding VlanId List 2.

OBJECT-TYPE

Default Forwarding VlanId List 3.

OBJECT-TYPE

Default Forwarding VlanId List 4.

OBJECT-TYPE

Default Forwarding Action specify layer l2 l3 l3-ipv6

OBJECT-TYPE

Default Forwarding Action specify permit or deny

OBJECT-TYPE

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

OBJECT-TYPE

The protocol type to be applied with the default action.

OBJECT-IDENTITY

OBJECT-TYPE

This table specifies statistics counter for policies with specific actions

OBJECT-TYPE

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.

OBJECT-TYPE

Interface index.

OBJECT-TYPE

Counter type.

OBJECT-TYPE

Counter size in bits.

OBJECT-TYPE

Indication whether the counter is enabled.

OBJECT-TYPE

Counter value.

OBJECT-TYPE

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 rlPolicyOutQueueStatisticsCountrID. In each entry there are fields representing whether the counter is enabled and counters value.

OBJECT-TYPE

Each entry includes port, vlan, queue, drop precedence and counter value.

OBJECT-TYPE

Counter id, the key of the table.

OBJECT-TYPE

Port for which the flow is counted.

OBJECT-TYPE

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

OBJECT-TYPE

VLAN for which the flow is counted.

OBJECT-TYPE

Indication for whether the Vlan is configured as range of all the Vlans

OBJECT-TYPE

Queue for which the flow is counted.

OBJECT-TYPE

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

OBJECT-TYPE

Drop Precedence for which the flow is counted.

OBJECT-TYPE

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

OBJECT-TYPE

The counter for tail dropped value.

OBJECT-TYPE

The counter for all traffic value.

OBJECT-TYPE

Counter size in bits for the counter.

OBJECT-TYPE

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

OBJECT-TYPE

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

OBJECT-TYPE

Each entry represents global counter.

OBJECT-TYPE

Counter type.

OBJECT-TYPE

Counter size in bits.

OBJECT-TYPE

Counter value.

OBJECT-TYPE

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

OBJECT-TYPE

This scalar indicates to clear all the counters.

OBJECT-IDENTITY

OBJECT-TYPE

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

OBJECT-TYPE

A Single entry containing Classifier utilization information.

OBJECT-TYPE

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

OBJECT-TYPE

The classifier utilization percentage.

OBJECT-TYPE

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

OBJECT-TYPE

This scalar indicates the number of currently reserved amount of traffic conditioners.

OBJECT-TYPE

This scalar enables/disables CPU Safeguard.

OBJECT-TYPE

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.

OBJECT-TYPE

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.

OBJECT-TYPE

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

OBJECT-TYPE

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

OBJECT-TYPE

This field replaces deprecated scalar rlPolicyCliBasicModeCfg. Defines the global qos trust operation mode when qos mode is basic.

OBJECT-TYPE

This field replaces deprecated scalar rlPolicyCliBasicModeCfg. Defines the global qos trust operation mode when qos mode is advanced.

OBJECT-TYPE

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

OBJECT-TYPE

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.

OBJECT-TYPE

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