SHE-BRIDGE-MIB: View SNMP OID List / Download MIB

This MIB contains all needed informations about bridgePorts and all supported she bridgeing features.

The general operating mode of the bridge.

The general tagging mode of the bridge.

The Mirror port of the system. That is a sheBridgePortIndex and it could only be used on ports with bridgePortUsage = uplink. This value should be 0 if no mirror-port is configured in the system

The default PVID of the outer Vlan used by the switch fabric in case of doubleTag-Mode or if a frame with priority tag is received and no other rule to change the vlan tag will match.

The default .1p-Priority of the outer vlan in case of doubleTag-Mode.

The default value should be: '%N %t %S/%P:%p.%c' -> when ATM/DSL is used '%N %t %S/%P:%v' -> when Ethernet/DSL is used It is up to the customer, to select the needed informations from this list and use a meaningfull combination. Also a combination with free text is possible. The maximum total length of a resulting circuitId is still 63 byte (overlaps will be cut off)!

Enable or disable the feature SharedVlanLearning in the NE.

The default value is: '%M' It is up to the custoumer, to select the needed informations from this list and use a meaningfull combination. Also a combination with free text is possible. The maximum total length of a resulting remoteId is still 63 byte (overlaps will be cut off)!

The TPID of the service tag if doubleTag is enabled.

Enable or disable the feature MacAntiSpoofing in the NE.

residential or unrestricted the feature Routing Mode of BridgeBase in the NE.

the maximum length of hostname for circuit-id or remote-id.

The policy of DLF (destination lookup failur) unicast packets from uplink. Enable DLF filter -> destination-mac unknown unicast towards subscriber ports blocked Disable DLF filter -> destination-mac unknown unicast towards subscriber ports allowed default:enable

The policy of unknown multicast packets from uplink. It can be set to enable when routing mode is residential default: enable in R2.0, disable in R2.3 / R2.5.x Possible values: disable(0), enable(1) -> means enable both directions! enableDs(2) -> enable only downstream direction enableUs(3) -> enable only upstream direction

The interval of ARP resolution for IPoA Bridgeport Default: 0 If the value is 0, it means NE does not send any arp request to an ipoa provider edge router after the router ip address is resolved. Thus, if the ipoa provider edge router's MAC address is changed, packet uses wrong MAC address, unused one, for ipoa provider edge router.

This is the maximum number of possible IpAddresses (DHCP or fixed IP) per UNI Port. New parameter with SHE R2.8.

setBridgeMode: sheBridgeBaseControlMode setBridgeTaggingMode: sheBridgeBaseControlTaggingMode setBridgeMirrorPort: sheBridgeBaseControlMirrorPort setBridgeOuterVlanDefaults: sheBridgeBaseControlOuterPVID sheBridgeBaseControlOuterPriority setBridgeCircuitIdFormat: sheBridgeBaseControlCircuitIdFormat setBridgeSharedVlanLearning: sheBridgeBaseControlSharedVlanLearning setBridgeRemoteIdFormat: sheBridgeBaseControlRemoteIdFormat setBridgeStagTPID: sheBridgeBaseControlStagTPID setBridgeMacAntiSpoofing: sheBridgeBaseControlMacAntiSpoofing setBridgeRoutingMode: sheBridgeBaseControlRoutingMode setBridgeMaxHostName: sheBridgeBaseControlMaxHostName setBridgeDlfFilter: sheBridgeBaseControlDlfFilter setBridgeUnknownMulticastFilter: sheBridgeBaseControlUnknownMulticastFilter setBridgeIpoaArpReqInterval: sheBridgeBaseControlIpoaArpReqInterval

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

Set the basic bridge mode.

Set the basic tagging mode.

Set the mirror port.

The PVID of the outer Vlan in case of doubleTag-Mode.

The default .1p-Priority of the outer vlan in case of doubleTag-Mode.

It is up to the customer, to select the needed informations from this list and use a meaningfull combination. Also a combination with free text is possible. The maximum total length of a resulting circuitId is still 63 byte (overlaps will be cut off)!

Enable or disable the feature SharedVlanLearning in the NE.

It is up to the customer, to select the needed informations from this list and use a meaningfull combination. Also a combination with free text is possible. The maximum total length of a resulting remoteId is still 63 byte (overlaps will be cut off)!

The TPID of the service tag if doubleTag is enabled

Enable or disable the feature MacAntiSpoofing in the NE.

residential or unrestricted the feature Routing Mode of BridgeBase in the NE.

the maximum length of hostname for circuit-id or remote-id.

The policy of DLF unicast packets from uplink.

The policy of unknown multicast packets from uplink. It can be set to enable when routing mode is residential default: enable in R2.0, disable in R2.3 / R2.5.x Possible values: disable(0), enable(1) -> means enable both directions! enableDs(2) -> enable only downstream direction enableUs(3) -> enable only upstream direction

The interval of ARP resolution for IPoA Bridgeport Default: 0 If the value is 0, it means NE does not send any arp request to an ipoa provider edge router after the router ip address is resolved. Thus, if the ipoa provider edge router's MAC address is changed, packet uses wrong MAC address, unused one, for ipoa provider edge router.

This is the maximum number of possible IpAddresses (DHCP or fixed IP) per UNI Port. New parameter with SHE R2.8. Not configurable with current release!

The bridgePort-Table.

One entry for every bridgePort of the system.

A bridgePort-identifier.

IfIndex of the underlaying Interface in the interface-table, Also LAG-bridgePorts will be modeled in the interface table.

Only used in case the bridgePort represents a PVC, otherwise equal 0. This value represent the the index for sheAdslVccTpTable, sheXdslVccTpTable or sheShdslVccTpTable depending on ifType of underlaying physical interface. This index was build by the following rule: index = (SubLayerIndex << 4) + Vcc-Number Lowest value for she is 0x0651 (ifIndex = 101 and Vcc-Number 1). Highest value for she is 0x6EC8 (ifIndex = 1772 and Vcc-Number 8).

The PVID of the port. Possible range is 1-4093 for subscriber ports. This value points to the corresponding vlanIndex of the sheVlanTable. The default value for subscriber bridgePorts is the ifIndex of the underlaying physical interface (sublayerindex). Uplink and LAG bridgePorts use PVID 1 as default.

Default Priority of the bridgePort.

defaults: Dsl PVC : subscriber Adsl special: vccAggregatorNotUsed Uplink : upLink Lag : notUsed If upLink-Port is aggregated, the upLink state moves to aggregated and the Lag moves to uplink. If a physical bonding is used (Shdsl 4wire/6wire/8wire done over shdsl configuration, m-pair bonding), the master bridgeport changes his usage to physbondedSubscriber and all other members to notUsed. If a gbond bonding is used (via she-bonding-mib configuration), the master bridgeport-entry of the new bonding port changes his usage to bondingSubscriber and all other members of bonding port to bondingNotUsed. For the feature singleMacMultipleVcc, it is possible to aggregate two or more single VCC's of one physical adsl-link to the vccAggregator. The usage of the single PVC - bridgeports (subscriber) could be set to vccAggregated and the special bridgeport change his usage from vccAggregatorNotUsed to ..Used in that case. It is also possible to set this special bridgeport usage directly and in that case all bridgeports with identical sublayerindex will change her usage to vccAggregated. This configuration has additional restrictions for PVID and priority configuration. Check MSC for detailes.

Used host configuration protocol. Valid values could none(0), useDHCP(1), usePPPoE(2). useDHCPandPPPoE(3).

Needed for special Options in DHCP or PPPoE. If not configured the default format string from sheBridgeBaseCircuitIdFormat will be used.

Number of dynamic learned Mac addresses per port. The valid configuration range for dynamic MacAddress learning is 1..2147483647 (0x7fffffff). A value of -1 disable the MacAddress limitation (default for uplink) -> 'No Limit'. A value of 0 disable the dynamic MacAddress learning -> 'Disabled'. Static FdbTable entrys possible. Additional limitations depending on the used CXU or IU type are possible. The default setting for subscriber ports is 16. Note: Syntax modified with R2.8 BFR 2.0.

That is a list of allowed corresponding indices of the sheIgmpMcastGroupPackageTable for this subscriber. Each index has 16 bit. If no packet is assigned, the string has 0 length.

Mode of this bridgeport useIpoE, useIpoA, usePPPoA or useAuto. useIpoE is the default setting. This mode will also support PPPoE. useIPoA is only possible for IU_ADSL or IU_SHDSL boards. If no MacAddress is configured in the corresponding MacProfileTable-entry, the NE will autogenerate a own value. In case of usePPPoA, the IU will translate the PPPoA protocol to PPPoE. This configuration is only valid for bridgeports with SubLayerIndex placed on IU_ADSL72 with IFX chipset! A SrcMac-address in sheBridgeIUProfileTable has to be configured for the IU where these port is placed on. The configuration useAuto forces the IU to start a autodetection mode for supporting PPPoA or PPPoE.

Tagging modes for bridgePort's. This modes are only valid for received frames. Tagging of transmitted frames depends on the bridgeBase-tagging mode and on the vlan-membership. off(0) Untagged frames are tagged with PVID and forwarded. Tagged frames are forwarded unchanged. That is the default value for uplink port's and should not be changed. tagged(1) Frames tagged with the configured VIDs are forwarded unchanged. Untagged frames and frames with unknown VIDs are dropped. Check sheBridgePortReplaceTag value if a received tag should be replaced by PVID. untagged(2) Untagged frames are tagged with PVID and forwarded. Tagged frames are dropped. That is the default value for subscriber port's. NOTE: SHE releases older then R2.5 will only support modes (0) and (1).

Needed for special Options in DHCP or PPPoE. If not configured the default format string from sheBridgeBaseRemoteIdFormat will be used.

The Inner PVID of this bridgePort. Taken if no other rule given for VLAN association. The default Value is 1.

If configured unequal 0, the configured vlan-tag could be received and will be replaced by PVID before forwarding the frame. A zero will disable this feature. Only valid if the Bridgeport is running tagged(1) mode - otherwise must be zero. NOTE: Modified with R2.8. CG based IU's could only support one vlan tag per IU. This configuration is now used for enable/disable the feature on bridgeport-base. For enable, only the configured value from the IU global configuration will be accepted!

The inner priority of this bridgePort. Taken if no other rule given for VLAN association. The default value is 0.

The IPoA provider edge router's ip address for this bridgePort. 0.0.0.0 is also a valid setting and force the NE together with a similar entry in sheArpFixedIpAddressTable to retrieve the needed information automatically.

The session id from a PPP server is for the PPPoA session.

The maximum number of multicast group's (channels) that this subscriber can join. 0 is a special value and means 'no' access. 255 is a special value and means 'unlimited' access. This configuration is only valid for bridgeports with usage 'subscriber'.

If normal leave is enabled and the client sends a leave message, the switch sends a query message to the client. When there is no response from the client, it is deleted from the multicast group. If fast leave is enabled, the client is deleted from the multicast group when the switch receives the leave message. New with R2.8: If ehtMode ('explicit host tracking') is enabled, the multicaststream will only be deleted from FDB if all members of this stream has send her leave.

Enables or disables the 'explicit host tracking' function. If enabled and fastleave-mode is also running, the multicaststream will only be deleted from FDB if all members of this stream has send her leave. Note: Functionality bundled in McastLeaveMode with SHE R2.8.

When sheBridgePortIgmpSubscriberAccessMode is set to 0, it means the access mode is IPoE, when set to 1, it means the access mode is PPPoE. Note: Merged parameter for SHE R2.4. R2.8 will not use this configuration and ignore any modification.

This parameter configures the handling of the inner vlan tag in the doubleTagged scenario. In singleTagged Mode, this parameter definition is not used. If tagged frames are received set the .1p priority bits of this tag. dscp(1) -> according DSCP of IP header (use sheBridgePortPriorityMapIndex or sheBridgeIUDscpPriorityMapIndex) userTag(2) -> no change of the received .1p priority force(3) -> per port configured .1p (sheBridgePortInnerPriority) If a tag is added to an upstream user frame, because untagged frames are received set the .1p priority bits of the added tag. dscp(1) -> according DSCP of IP header (use sheBridgePortPriorityMapIndex or sheBridgeIUDscpPriorityMapIndex) userTag(2) -> per port configured .1p (sheBridgePortInnerPriority, same as force(3)) force(3) -> per port configured .1p (sheBridgePortInnerPriority) New parameters with SHE R2.7 Expanded with R2.8.

This parameter configures the handling of the outer vlan tag in the doubleTagged and singleTagged scenario. doubleTagged Scenario: If tagged frames are received set the .1p priority bits of the added outer tag. dscp(1) -> according DSCP of IP header (use sheBridgePortPriorityMapIndex or sheBridgeIUDscpPriorityMapIndex) userTag(2) -> copy .1p priority from the assigned inner .1p priority (inner to outer) force(3) -> per port configured .1p (sheBridgePortPriority) If two tag's are added to an upstream user frame, because untagged frames are received set the .1p priority bits of the added outer tag. dscp(1) -> according DSCP of IP header (use sheBridgePortPriorityMapIndex or sheBridgeIUDscpPriorityMapIndex) userTag(2) -> per port configured .1p (sheBridgePortPriority, same as force(3)) force(3) -> per port configured .1p (sheBridgePortPriority) singleTagged Scenario: If tagged frames are received set the .1p priority bits of the tag. dscp(1) -> according DSCP of IP header (use sheBridgePortPriorityMapIndex or sheBridgeIUDscpPriorityMapIndex) userTag(2) -> no change of the received .1p priority force(3) -> per port configured .1p (sheBridgePortPriority) If untagged frames are received set the .1p priority bits of the added tag. dscp(1) -> according DSCP of IP header (use sheBridgePortPriorityMapIndex or sheBridgeIUDscpPriorityMapIndex) userTag(2) -> per port configured .1p (sheBridgePortPriority, same as force(3)) force(3) -> per port configured .1p (sheBridgePortPriority) New parameters with SHE R2.7 Expanded with R2.8.

This is a pointer to a mapping entry DSCP to .1p. Value 0 (default) means there is no mapping in use or the IU specific assignment via sheBridgeIUDscpPriorityMapIndex will be used. One of these two pointer's (port specific or IU global) must be valid if sheBridgePortPriorityOption is dscp(1) and sheBridgePortUsage is subscriber(4). Used if a tag is added to an upstream user frame and sheBridgePortPriorityOption is dscp to set .1p bits. Used if an upstream user frame is tagged and sheBridgePortPriorityOption is dscp for .1p range check. NOTE: Convergate based IU's could only support ONE profile for all port's were these mapping should be used!! New parameter with SHE R2.8.

Maximum number of possible IpAddresses per BridgePort. The assignment could be done via DHCP or fixedIpAddress configuration. Note: There is an additional restriction of possible IpAddresses per UNI port which could never exceeded. Remark this if more then one bridgePort is used on a single UNI port. Additional restrictions could be possible in case of using IpAntispoofing feature. New parameter with SHE R2.8.

Enable or disable the MAC address translation feature on bridgePort base. New parameter with SHE R2.8.

This configuration enable/disable the feature IpAntispoofing on bridgePort base. Depending on the used mode, the IU could made the following checks: offIpAs(0) -> IpAs disabled onIpAsNoVlanCheck(1) -> IpAs enabled, Only frames with configured Ip will be forwarded. onIpAsInnerVlanCheck(2) -> IpAs enabled, Only frames with configured couple Ip-InnerTag will be forwarded. onIpAsOuterVlanCheck(3) -> IpAs enabled, Only frames with configured couple Ip-OuterTag will be forwarded. onIpAsBothVlanCheck(4) -> IpAs enabled, Only frames with configured triple Ip-InnerTag-OuterTag will be forwarded. All other frames will be discarded. Bridgeports on IU cards with wintegra chipset will not check any Vlan dependencies, don't care which onIpAsxxx - mode was selected. Only cards with convergate chipset will made the requested differentiation. There is an additional global switch for IpAs available (sheIpAntiSpoofingEnable), which will outvote this configuration if set to 'enable'. The configuration of the valid triple Ip-InnerTag-OuterTag will be done via DHCP or StaticIpAddress configuration. New parameter with SHE R2.8.

Ethertype-VLAN mapping profile pointer to sheBridgePortEtypeVlanMapTable (sheBridgePortEtypeVlanMapProfIndex). This attribute is optional and the pointer is null when it is not assigned. Note: The bridgeport has to be untagged member of the mapped vlan, assigned via these profile. New parameter with SHE R2.8.

setBridgePortVLANDefaults: sheBridgePortControlIndex sheBridgePortControlPVID sheBridgePortControlPriority setBridgePortUsage: sheBridgePortControlIndex sheBridgePortControlUsage setBridgePortHostConfigurationProtocol: sheBridgePortControlIndex sheBridgePortControlHostConfigurationProtocol sheBridgePortControlCircuitId setBridgePortMaxLearnPermitCount: sheBridgePortControlIndex sheBridgePortControlMaxLearnPermitCount setBridgePortMcastGroupPackageList: sheBridgePortControlIndex sheBridgePortControlMcastGroupPackageList setBridgePortFeature: sheBridgePortControlIndex sheBridgePortControlMode sheBridgePortControlTaggingMode sheBridgePortControlReplaceTag setBridgePortCircuitId: sheBridgePortControlIndex sheBridgePortControlCircuitId setBridgePortRemoteId: sheBridgePortControlIndex sheBridgePortControlRemoteId clearBridgePortCircuitId: sheBridgePortControlIndex clearBridgePortRemoteId: sheBridgePortControlIndex setBridgePortInnerPVID: sheBridgePortControlIndex sheBridgePortControlInnerPVID setBridgePortInnerPriority: sheBridgePortControlIndex sheBridgePortControlInnerPriority setBridgePortIpoaProviderRouterIpAddress: sheBridgePortControlIndex sheBridgePortControlIpoaProviderRouterIpAddress setBridgePortMcastParameter: sheBridgePortControlIndex sheBridgePortControlMcastMaxJoinedGroup sheBridgePortControlMcastLeaveMode sheBridgePortControlMcastEHTMode (obsolete with R2.8) setBridgePortIgmpSubscriberAccessMode sheBridgePortControlIndex sheBridgePortControlIgmpSubscriberAccessMode New with R2.7: setBridgePortPriorityOptions sheBridgePortControlIndex sheBridgePortControlInnerPriorityOption sheBridgePortControlOuterPriorityOption sheBridgePortControlPriorityMapIndex (new with R2.8) New with R2.8: setBridgePortMatEnabled sheBridgePortControlIndex sheBridgePortControlMatEnabled setBridgePortIpAddressPermitCount sheBridgePortControlIndex sheBridgePortControlIpAddressPermitCount setBridgePortIpAsMode (165) sheBridgePortControlIndex sheBridgePortControlIpAsMode ->sheBridgePortIpAsModeModified setBridgePortEtypeVlanMapping (166) sheBridgePortControlIndex sheBridgePortControlEtypeVlanMapProfilePtr ->sheBridgePortEtypeVlanMappingModified

The index of the bridgePort to be configured.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

The PVID for that port.

Set the default port priority.

Only the values uplink, cascading, and subcascading could be interchanged. For the feature singleMacMultipleVcc, it is possible to aggregate two or more single VCC's of one physical adsl-link to the vccAggregator. The usage of the single PVC - bridgeports (subscriber) could be set to vccAggregated and the special bridgeport change his usage from vccAggregatorNotUsed to ..Used in that case. It is also possible to set this special bridgeport usage directly and in that case all bridgeports with identical sublayerindex will change her usage to vccAggregated. This configuration has additional restrictions for PVID and priority configuration. Check MSC for detailes. All other changes will be done by NE automatically based on other configurations.

Used host configuration protocol. Valid values could none(0), useDHCP(1), usePPPoE(2).

look at table. Note: Syntax modified with R2.8 BFR 2.0.

This bridgePort is user of this MCastGroup-Package.

Look at table.

Look at table.

Look at table.

Look at table.

The Inner PVID of this bridgePort. Taken if no other rule given for VLAN association. The default Value is the bridgePortIndex +1.

Configure a Vlan-Tag which should be replaced by PVID. Check table entry for details. NOTE: Modified with R2.8. CG based IU's could only support one vlan tag per IU. This configuration is now used for enable/disable the feature on bridgeport-base. For enable, only the configured value from the IU global configuration will be accepted!

The inner priority of this bridgePort. Taken if no other rule given for VLAN association. The default value is the '0'.

look at table

The maximum number of multicast group's that this subscriber can join. 0 is a special value and means 'no' access. 255 is a special value and means 'unlimited' access.

Modify subscriber leave mode.

Enables or disables the 'explicit host tracking' function. NOTE: Functionality bundled in McastLeaveMode with SHE R2.8. Will not longer used by R2.8.

When sheBridgePortIgmpSubscriberAccessMode is set to 0, it means the access mode is IPoE, when set to 1, it means the access mode is PPPoE. Note: Merged parameter for SHE R2.4. R2.8 will not use this configuration and ignore any modification.

look at table.

look at table.

look at table

look at table description.

Enable or disable the MAC address translation feature on bridgePort base.

This configuration enable/disable the feature IpAntispoofing on bridgePort base. Depending on the used mode, the IU could made the following checks: offIpAs(0) -> IpAs disabled onIpAsNoVlanCheck(1) -> IpAs enabled, Only frames with configured Ip will be forwarded. onIpAsInnerVlanCheck(2) -> IpAs enabled, Only frames with configured couple Ip-InnerTag will be forwarded. onIpAsOuterVlanCheck(3) -> IpAs enabled, Only frames with configured couple Ip-OuterTag will be forwarded. onIpAsBothVlanCheck(4) -> IpAs enabled, Only frames with configured triple Ip-InnerTag-OuterTag will be forwarded. All other frames will be discarded. Bridgeports on IU cards with wintegra chipset will not check any Vlan dependencies, don't care which onIpAsxxx - mode was selected. Only cards with convergate chipset will made the requested differentiation. There is an additional global switch for IpAs available (sheIpAntiSpoofingEnable), which will outvote this configuration if set to 'enable'. The configuration of the valid triple Ip-InnerTag-OuterTag will be done via DHCP or StaticIpAddress configuration. New parameter with SHE R2.8.

Ethertype-VLAN mapping profile pointer to sheBridgePortEtypeVlanMapTable (sheBridgePortEtypeVlanMapProfIndex). This attribute is optional and the pointer is null when it is not assigned. New parameter with SHE R2.8.

Configuration notification.

A new bridgePort was created.

A bridgePort was deleted.

Configuration notification.

BridgePort usage modified.

Configuration notification.

Configuration notification.

Configuration notification.

Configuration notification.

Configuration notification.

send trap when bridgeport circuitid is set.

send trap when bridgeport remoteid is set.

send trap when bridgeport circuitid is cleared.

send trap when bridgeport remoteid is cleared.

send trap when bridgeport inner PVID is set.

send trap when bridgeport inner priority is set.

send trap when bridgeport IPoA provider edge router's ip address is set.

send trap when bridgeport mcast parameter is set.

send trap when bridgeport igmp subscriber Access mode is set.

send trap when configuration of PriorityOptions parameters was modified

send trap when configuration of MatEnabled on BridgePort base was modified

send trap when configuration of permit count for DHCP was modified

a complete entry (64 dscp entries) with a default mapping is created

a complete entry (64 dscp entries) is deleted

a single dscp entry is modified

send trap when bridgeport R2.8 mcast parameter are set.

A new sheBridgePortEtypeVlanMapProfile was created in the NE. New with SHE R2.8.

A sheBridgePortEtypeVlanMapProfile was modified in the NE. New with SHE R2.8.

A sheBridgePortEtypeVlanMapProfile was deleted in the NE. New with SHE R2.8.

The bridgePort specific IpAs mode was modified.

The bridgePort specific EthertypeVlanMapping profile assignment was modified.

The port specific ext-residential mode was modified.

Description.

Needed for feature IpoA. Configure the used Mac-Address if this bridgeport is running in IpoA-Mode.

The used Src-MacAddress if this port is running in IpoA - mode. If address 000000 is set, the NE will autogenerate a valid mac-address.

setBridgeMacProfileSrcMacAddress: sheBridgeMacProfileControlIndex sheBridgeMacProfileControlSrcMacAddress

The index of the bridgePort to be configured.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

look at table.

Description.

Needed to configure some IU specific settings. Index should be the entPhysicalIndex of the IU.

The used Src-MacAddress for this IU if one of her port's is running in PPPoA - mode. The PPPoA session is translated to PPPoE. This configuration should be made before a port could be switched to PPPoA - mode.

This parameter select the basis for MAT on these IU. This will NOT enable the MAT feature himself, but select the valid configuration for this IU. If useMATperVlan (default) is selected, the settings of sheBridgePortMatEnabled will be ignored. Only settings of sheVlanMatEnable are valid, if the VLAN is used on this IU. If useMATperBridgeport is selected, the handling will be done in an opposite way. If the used basis should be changed, a reboot of the corresponding IU may be needed to come operational. New parameter with R2.8.

If configured unequal 0, the configured vlan-tag could be received and will be replaced by PVID before forwarding the frame. A zero will disable this feature for this IU. Only valid for IU Bridgeport's which are running tagged(1) mode and only if the NE global tagging mode is singleTag. NOTE: New with R2.8. Configuration was moved from sheBridgePortTable. The corresponding entry in the bridgeport table enable/disable the feature per bridgeport.

This is a pointer to a mapping entry DSCP to .1p. Value 0 (default) means there is no mapping in use or the port specific assignment via sheBridgePortPriorityMapIndex will be used. One of these two pointer's (port specific or IU global) must be valid if sheBridgePortPriorityOption is dscp(1) and sheBridgePortUsage is subscriber(4). Used if a tag is added to an upstream user frame and sheBridgePortPriorityOption is dscp to set .1p bits. Used if an upstream user frame is tagged and sheBridgePortPriorityOption is dscp for .1p range check. NOTE: Convergate based IU's could only support ONE profile for all port's were these mapping should be used!! New parameter with SHE R2.8.

setBridgeIUProfilePPPoASrcMacAddress (131): sheBridgeIUProfileControlIndex sheBridgeIUProfileControlPPPoASrcMacAddress New with R2.8: setBridgeIUProfileUsedMATBasis (132): sheBridgeIUProfileControlIndex sheBridgeIUProfileControlUsedMATBasis setBridgeIUProfileReplaceVlanTag (133): sheBridgeIUProfileControlIndex sheBridgeIUProfileControlReplaceVlanTag setBridgeIUProfileDscpPriorityMapProfileIndex (134): sheBridgeIUProfileControlIndex sheBridgeIUProfileControlDscpPriorityMapIndex

The index of the IU to be configured.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

look at table.

This parameter select the basis for MAT on these IU. This will NOT enable the MAT feature himself, but select the valid configuration for this IU. If useMATperVlan (default) is selected, the settings of sheBridgePortMatEnabled will be ignored. Only settings of sheVlanMatEnable are valid, if the VLAN is used on this IU. If useMATperBridgeport is selected, the handling will be done in an opposite way. If the used basis should be changed, a reboot of the corresponding IU may be needed to come operational. New parameter with R2.8.

If configured unequal 0, the configured vlan-tag could be received and will be replaced by PVID before forwarding the frame. A zero will disable this feature for this IU. Only valid for IU Bridgeport's which are running tagged(1) mode and only if the NE global tagging mode is singleTag. NOTE: New with R2.8. Configuration was moved from sheBridgePortTable. The corresponding entry in the bridgeport table enable/disable the feature per bridgeport.

look at table

Configuration notification.

Configuration notification.

Configuration notification.

Configuration notification.

A mapping profile DSCP to .1p. Used if a tag is added to an upstream user frame (when sheBridgePortTaggingMode is untagged or tagged) and sheBridgePortPriorityOption is dscp. The first table index is the profile number. The second table index and the mapping key is the DSCP field. One default profile with index 1 always exist and can't be deleted but modified.

A mapping entry DSCP to .1p. Used if a tag is added to an upstream user frame (when sheBridgePortTaggingMode is untagged or tagged) and sheBridgePortPriorityOption is dscp. The first table index is the entry index. The second table index and the mapping key is the DSCP field. One default mapping entry with index 1 always exist and can't be deleted but modified.

The number of the mapping profile is the first table index.

Bits 2-7 of TOS field of IP header are called DSCP. DSCP 000000 is the lowest priority (best effort). This is the second table index and the mapping key. Since zero is not allowed as table index, this value is increased by 1 (range is 1..64).

The .1p priority bits in the VLAN tag is the mapping value.

One default mapping entry with index 1 always exist and can't be deleted but modified. createBridgePortPrioMapEntry - a complete profile (64 entries) with a default mapping is created deleteBridgePortPrioMapEntry sheBridgePortPrioMapControlIndex - a complete profile (64 entries) is deleted modifyBridgePortPrioMapEntry sheBridgePortPrioMapControlIndex sheBridgePortPrioMapControlDscp sheBridgePortPrioMapControlPrio - a single entry of a profile is modified

The number of the mapping entry is the first table index.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

Bits 2-7 of TOS field of IP header are called DSCP. DSCP 000000 is the lowest priority (best effort). This is the second table index and the mapping key. Since zero is not allowed as table index, this value is increased by 1 (range is 1..64).

The .1p priority bits in the VLAN tag is the mapping value.

This table contain all new defined bridgePort specific multicast configurations. New supported with SHE R2.8!

The MCast configuration settiongs per BridgePort.

This is the configured multicast bandwith limitation per bridgePort. 0 kbps indicates that no multicast traffic is allowed for the bport. The value 65535 (0xFFFF) is a special value and means unlimited access for this bridgeport (switch off feature AC - admission control - default). New parameter with SHE R2.8.

This is the minimum bandwidth of sustainable unicast traffic for a bridge port. M/C admission control shall include this minimum bandwidth of sustainable unicast traffic within the calculation to reserve a minimum bandwidth for VoD services. New parameter with SHE R2.8.

The maximum number of non-premium multicast group's (channels) that this subscriber can join. 0 is a special value and means 'no' access. 255 is a special value and means 'unlimited' access. New parameter with SHE R2.8.

It is the remaining multicast bandwidth of a bridge port. New parameter with SHE R2.8.

It indicates the AC (admission control) status of a bridgeport, It can be accept or deny. When it is accepted, it indicates the bridgeport still has enough bandwidth for multicast access. When it is denied, it indicates the bridgeport is short of bandwidth for multicast access. 1 means accept, 0 means deny. New parameter with SHE R2.8.

setBridgePortExtMCastParameter(162): sheBridgePortMCastControlIndex sheBridgePortMCastControlBandwithLimit sheBridgePortMCastControlMinUCBandwithLimit sheBridgePortMCastControlMaxJoinedNonPremiumGroup

The index of the bridgePort to be configured.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

This is the configured multicast bandwith limitation per bridgePort. 0 kbps indicates that no multicast traffic is allowed for the bport. The value 655353 (0xFFFF) is a special value and means unlimited access for this bridgeport (switch off feature AC - admission control). New parameter with SHE R2.8.

This is the minimum bandwidth of sustainable unicast traffic for a bridge port. M/C admission control shall include this minimum bandwidth of sustainable unicast traffic within the calculation to reserve a minimum bandwidth for VoD services. New parameter with SHE R2.8.

The maximum number of non-premium multicast group's that this subscriber can join. 0 is a special value and means 'no' access. 255 is a special value and means 'unlimited' access. New parameter with SHE R2.8.

This table is used with SHE R2.8. Ethertype-VLAN mapping profiles. Index is the profile index.

This table is used with SHE R2.8. Ethertype-VLAN mapping profiles. Index is the profile index.

The Ethertype-VLAN mapping profile index.

That is a list of possible 16bit protocol type field's of the ethernet frames. The octet string is a list of two octet entries each identifying an ethertyp value The least significant byte is the second octet. The octet string has a variable length of up to 16 octets (max. 8 ethertypes in the list). examples: 0x0800 IP Internet Protocol (IPv4) 0x0806 Address Resolution Protocol (ARP) 0x8100 VLAN Tag (VLAN) 0x8863 PPPoE Discovery 0x8864 PPPoE Session The VlanMapping is applied to upstream frames matching this Ethertype's. Other frames are forwarded unchanged.

A VLAN identifier mapped to the Ethertype's.

The priority part of the VLAN tag mapped to the Ethertype's.

the command to be executed createEtypeVlanMapProfEntry (171) sheBridgePortEtypeVlanMapCtrlEthertype sheBridgePortEtypeVlanMapCtrlVlanId sheBridgePortEtypeVlanMapCtrlPriority ->sheEtypeVlanMapProfEntryCreated modifyEtypeVlanMapProfEntry (172) sheBridgePortEtypeVlanMapCtrlProfIndex sheBridgePortEtypeVlanMapCtrlEthertype sheBridgePortEtypeVlanMapCtrlVlanId sheBridgePortEtypeVlanMapCtrlPriority ->sheEtypeVlanMapProfEntryModified deleteEtypeVlanMapProfEnty (173) sheBridgePortEtypeVlanMapCtrlProfIndex ->sheEtypeVlanMapProfEntryDeleted

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

The Ethertype-VLAN mapping profile index (first index).

That is a list of possible 16bit protocol type field's of the ethernet frames. The octet string is a list of two octet entries each identifying an ethertyp value. The least significant byte is the second octet. The octet string has a variable length of up to 16 octets (max. 8 ethertypes in the list). examples: 0x0800 IP Internet Protocol (IPv4) 0x0806 Address Resolution Protocol (ARP) 0x8100 VLAN Tag (VLAN) 0x8863 PPPoE Discovery 0x8864 PPPoE Session The VlanMapping is applied to upstream frames matching this Ethertype's. Other frames are forwarded unchanged.

A VLAN identifier mapped to the Ethertype's.

The priority part of the VLAN tag mapped to the Ethertype's.

Only supported by SHE hiX5608 !! Table index is the ifIndex of uplink or trunk interfaces.

Description.

A ext-residential mode: enable/disable

Operative role of the port. (uplink,cascading,aggregated,notUsed, ...)

New with R2.8 - Only supported by SHE hiX5608 !!: setExtResidentialMode (990): sheBridgeExtResidentialControlPortIndex sheBridgeExtResidentialControlMode ->sheBridgeExtResidentialModeModified

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

Set the port index.

Set the ext-residential mode.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

The vlanTable.

One entry for every existing vlan in the system.

A vlan-identifier.

A descriptional name for that vlan. Spaces and other special characters (: o) are not allowed!!

static, in future gvrp values: static(1), dynamic(2)

Portlist for all member of this VLAN, they will send tagged or untagged frames. The octet string is a list of pairs of octets each identify an sheBridgePortIndex. The least significant byte is the second octet.

Portlist for members of this Vlan they will send only untagged frames. The octet string is a list of pairs of octets each identify an sheBridgePortIndex. The least significant byte is the second octet.

First index of the used Filtering Table. The value would be in current implementation identical to the VlanIndex.

Only useful in case of gvrp.

Permission to transmit multicast-traffic. If a vlan has this permission, it could transmit multicast-traffic or igmp-request's. Transmission of non MC traffic is always possible. NOTE: SHE R2.6 will not longer support this configuration. A McastPermission per Vlan is not needed anymore and each existing Vlan is able to transport mcast traffic.

Points to the Vlan associated Dhcp-Provider entry in the DhcpProvider-Table. Default 0 -> DHCP Relay for this Vlan is deactivated. This value should also be 0 if this vlan will be used as a DHCP or PPPoE provider vlan (sheDhcpVlanId).

Only needed if this VLAN is used as subscriber Vlan (PVID for a bridgeport) and the corresponding bridgeport use IpoA mode. Otherwise don't care. NOTE: Configuration not longer needed with R2.8. Funcionality replaced by bridgePort configuration of sheBridgePortIpoaProviderRouterIpAddress.

Points to the Vlan associated PPPoE-Provider entry in the DhcpProvider-Table. Default 0 -> PPPoE Relay for this Vlan is deactivated. This value should also be 0 if this vlan will be used as a PPPoE or DHCP provider vlan (sheDhcpVlanId).

Specify the VLAN that doesn't allows for subscriber ports to be joined. Enumeration: 'on': 1, 'off': 0.

A customer tag is not expected for the VLAN in the double tagging mode. Note: This configuration is not longer supported with SHE R2.6.

MAC aging time for the VLAN. If the value is '0', it means that aging time for the VLAN follows global agiang time which is defined as 'sheFdbBaseAgeingTime'.

Generally, the default routing mode is residential; all packets cannot be forwarded between subscribers on the same VLAN. But if this mode is true, the communication between subscribers becomes available. (Default: false).

If L2VPN is supported, all L2 protocol packets should be set as flood or drop. The value of this attribute is true, all L2 protocol packets is flooded to customers networks. (Default: false). Note: This configuration is not longer supported with SHE R2.8.

Define a tagging/stripping method in NE DT mode. 1 - It is a DoubleTagging mode for a VLAN. It strips both C-tag and S-tag in DSLAM. 2 - It is a VlanStacking mode for a VLAN. It strips an S-tag in DSLAM.

If it is enabled, DLF packets should be flooded to the line card which is set to sheVlanDlfFloodCard regardless of BridgeBase DLF state. In case it is disabled, handling of DLF packets comply with BridgeBase DLF state. The maxium number of vlan which is set to enable is 50. (Default:false)

The entPhysicalIndex of the line card where to flood DLF packets from uplink

This parameter describes the handling of broadcast (bc), unknown multicast (umc) and unknown unicast (uuc) traffic for this vlan. If cross connect mode is True all these packets are flooded in the VLAN otherwise they are droped. Supported by R2.5.1 and higher.

Configure the handling of ARP request's in the NE for this vlan. Valid values: switching - A ARP request from Network side will be answered with CPE mac address. routing - A ARP request from Network side will be answered with DSLAM mac address. Supported by R2.5.1 and higher.

If it is enabled, all mcast packets should be flooded in this vlan.

Enable or disable the MAC address translation feature on Vlan base. The feature will use the ingress vlan to decide if the mac address of a member bridgePort should be translated. For bridgePorts they receive only untagged frames, the feature could be enabled via the PVID vlan.

The format identifier %R in sheBridgeBaseCircuitIdFormat, sheBridgePortCircuitId, sheBridgeBaseRemoteIdFormat and sheBridgePortRemoteId is replaced by this string. If the string is empty, %R is replaced by the VLAN ID. New parameter with SHE R2.8.

This parameter enable a bidirectional vlanTranslation on Uplink side. The Vlan, identified by sheVlanIndex of this table-entry (subscriber side) will be translated to the vlan configured with this parameter. 0 - disabled -> is the default value and will disable the vlan translation. 65535 - usedAsTranslationVlan -> this vlan is already in use as an Translation-Vlan and could not be translated This configuration will only be valid for protocolframes, which are routed via hostprocessor. SharedVlanLearning has to be enabled (bridgeBase parameter)! For translation of usertraffic, additional rules has to be configured!

createVlan: sheVlanControlIndex sheVlanControlName sheVlanControlEgressPorts sheVlanControlUntaggedPorts sheVlanControlMulticastPermision (obsolete) sheVlanControlDhcpProviderIndex sheVlanControlPPPoEProviderIndex deleteVlan: sheVlanControlIndex setVlanName: sheVlanControlIndex sheVlanControlName setVlanPorts: - change complete Portlist sheVlanControlIndex sheVlanControlEgressPorts sheVlanControlUnTaggedPorts setVlanMulticastPermission (will not longer supported with R2.6) sheVlanControlIndex sheVlanControlMulticastPermission setVlanDhcpProviderIndex: sheVlanControlIndex sheVlanControlDhcpProviderIndex setVlanDefaultGateway: sheVlanControlIndex sheVlanControlDefaultGateway setVlanPppoeProviderIndex: sheVlanControlIndex sheVlanControlPPPoEProviderIndex setVlanMgmtVlan: sheVlanControlIndex sheVlanControlMgmtVlan setVlanServiceTagOnly:(not longer supported with R2.6) sheVlanControlIndex sheVlanControlServiceTagOnly setVlanAgeingTime: sheVlanControlIndex sheVlanControlAgeingTime setVlanRoutingMode: sheVlanControlIndex sheVlanControlRoutingMode setVlanTunnelingL2Protocol: sheVlanControlIndex sheVlanControlTunnelingL2Protocol setVlanServiceType: sheVlanControlIndex sheVlanControlServiceType addVlanPorts: - add Ports to Portlist sheVlanControlIndex sheVlanControlEgressPorts sheVlanControlUnTaggedPorts deleteVlanPorts: - delete Ports from Portlist sheVlanControlIndex sheVlanControlEgressPorts setVlanDlfFlood: sheVlanControlIndex sheVlanControlDlfFlood sheVlanControlDlfFloodCard setVlanCCMode(230), sheVlanControlIndex sheVlanControlCCMode setVlanRouted(231), sheVlanControlIndex sheVlanControlRouted setVlanMcastFlood(232), sheVlanControlIndex sheVlanControlMcastFlood setVlanMatEnable(233), sheVlanControlIndex sheVlanControlMatEnable setVlanTranslation(235) sheVlanControlIndex sheVlanControlUplinkTranslationVlan modifySubportServiceName (242) sheVlanControlIndex sheVlanControlSubportServiceName

Index of the table entry to be configured.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

A descriptional name for that vlan. Spaces and other special characters (: o) are not allowed!!

Portlist for all member of this VLAN, they will send tagged or untagged frames. The octet string is a list of pairs of octets each identify an sheBridgePortIndex. The least significant byte is the second octet.

Portlist for members of this Vlan they will send only untagged frames. The octet string is a list of pairs of octets each identify an sheBridgePortIndex. The least significant byte is the second octet.

Permission to transmit multicast-traffic. If a vlan has this permission, it could transmit multicast-traffic or igmp-request's. Transmission of non MC traffic is always possible. NOTE: SHE R2.6 will not longer support this configuration. A McastPermission per Vlan is not needed anymore and each existing Vlan is able to transport mcast traffic.

Points to the Vlan associated Dhcp-Provider entry in the DhcpProvider-Table. Default 0 -> DHCP Relay for this Vlan is deactivated.

Look at table.

Points to the Vlan associated PPPoE-Provider entry in the DhcpProvider-Table. Default 0 -> PPPoE Relay for this Vlan is deactivated.

Specify the VLAN that doesn't allow subscribers to join. Enumeration: 'on': 1, 'off': 0.

A customer tag is not expected for the VLAN in the double tagging mode. Note: This configuration is not longer supported with SHE R2.6.

MAC aging time for the VLAN. If the value is '0', it means that aging time for the VLAN follows global agiang time which is defined as 'sheFdbBaseAgeingTime'.

Generally, the default routing mode is residential; all packets cannot be forwarded between subscribers on the same VLAN. But if this mode is true, the communication between subscribers becomes available. (Default: false).

look at table.

Set a tagging/stripping method in NE DT mode.

If it is enabled, DLF packets should be flooded to the line card which is set to sheVlanDlfFloodCard regardless of BridgeBase DLF state. In case it is disabled, handling of DLF packets comply with BridgeBase DLF state. The maxium number of vlan which is set to enable is 50. (Default:false)

The entPhysicalIndex of the line card where to flood DLF packets from uplink

look at table

look at table

If it is enabled, all mcast packets should be flooded in this vlan.

Enable or disable the MAC address translation feature on Vlan base. The feature will use the ingress vlan to decide if the mac address of a member bridgePort should be translated. For bridgePorts they receive only untagged frames, the feature could be enabled via the PVID vlan.

The format identifier %R in sheBridgeBaseCircuitIdFormat, sheBridgePortCircuitId, sheBridgeBaseRemoteIdFormat and sheBridgePortRemoteId is replaced by this string. If the string is empty, %R is replaced by the VLAN ID.

look at table

A new vlan was created.

A vlan was modified.

A vlan was deleted.

A vlan portlist was modified by command setVlanPorts.

A vlan is assigned as Mgmt-Vlan.

A customer tagging policy for a VLAN has been changed.

MAC ageing time for a VLAN has been changed.

Local switching for a VLAN has been changed.

L2 protocol for a VLAN has been changed.

Vlan service type for a VLAN has been changed.

A policy for handling Dlf packets has been changed.

Configuration trap after changing the current vlan portlist's by using the commands addVlanPorts or deleteVlanPorts.

configuration trap

configuration trap

configuration trap

MAC address translation feature on Vlan base changed.

configuration trap

Configuration modified.

Description.

Description.

Description.

Description.

The she rule table.

Define pattern, matches and action's for Rule Controls.

A userflow-identifier.

This type defines the set of used pattern and actions for a rule of type. Inside one rule all used match-values have to be exact or exclude. Ignore is don't care. globalSrcMacDeny(1) Type = 1 Name = SourceMacPattern = SourceMacMatch = exact Action = Deny portFlowControl(2) Type = 2 Name = BridgePortPattern = BridgePortMatch = exact SourceMacPattern = SourceMacMatch = exact Action = Allow meteringBridgePort(3) Type = 3 Name = Priority = BridgePortPattern = BridgePortMatch = exact Action = Meter ActionParameter01 = Profile qosVlan(4) Type = 4 Name = Priority = VlanIdPattern = VlanIdMatch = exact Action = ChangeInnerPriority ActionParameter01 = newPriority qosDscp(5) Type = 5 Name = Priority = DscpPattern = DscpMatch = exact Action = ChangeInnerPriority ActionParameter01 = newPriority qosBridgePort(6) Type = 6 Name = Priority = BridgePortPattern = BridgePortMatch = exact Action = ChangeInnerPriority ActionParameter01 = newPriority providerDoubleTagVlan01(7) Type = 7 Name = Priority = VlanIdPattern = VlanIdMatch = exact Action = ChangeOuterVlan ActionParameter01 = newVlanId qosDoubleTagPriority01(8) type = 8 Name = Priority = PriorityPattern = PriorityMatch = exact Action = ChangeOuterVlan ActionParameter01 = newVlanId qosDoubleTagDscp01(9) type = 9 Name = Priority = DscpPattern = DscpMatch = exact Action = ChangeOuterVlan ActionParameter01 = newVlanId providerDoubleTagVlan02(10) Type = 10 Name = Priority = VlanIdPattern = VlanIdMatch = exact Action = ChangeOuterVlanTag ActionParameter01 = newVlanId ActionParameter02 = new Priority qosDoubleTagPriority02(11) type = 11 Name = Priority = PriorityPattern = PriorityMatch = exact Action = ChangeOuterVlanTag ActionParameter01 = newVlanId ActionParameter02 = new Priority qosDoubleTagDscp(12) type = 12 Name = Priority = DscpPattern = DscpMatch = exact Action = ChangeOuterVlanTag ActionParameter01 = newVlanId ActionParameter02 = new Priority mirrorBridgePort(13) Type = 13 Name = Priority = VlanIdPattern = VlanIdMatch = exact Action = mirror qosDscp02(14) type = 14 Name = Priority = DscpPattern = DscpMatch = exact Action = ChangeInnerVlanTag ActionParameter01 = newVlanId ActionParameter02 = new Priority portFlowControl02(15) Type = 15 Name = Priority = DscpPattern = DscpMatch = exact BridgePortPattern = BridgePortMatch = exact Action = deny providerSingleTagVlan01(16) sheRuleControlType= 16 sheRuleControlName = sheRuleControlPriority = sheRuleControlVlanIdPattern = sheRuleControlVlanIdMatch = exact sheRuleControlAction = changeInnerVlan sheRuleControlActionParameter01 = new VlanId providerSingleTagVlan02(17) sheRuleControlType= 17 sheRuleControlName = sheRuleControlPriority = sheRuleControlVlanIdPattern = sheRuleControlVlanIdMatch = exact sheRuleControlAction = changeInnerVlanTag sheRuleControlActionParameter01 = newVlanId sheRuleControlActionParameter02 = new Priority portFlowControl03(18) sheRuleControlType= 18 sheRuleControlName = portEtherTypVlan sheRuleControlPriority = sheRuleControlEtherTypPattern = xx sheRuleControlEtherTypMatch = exact sheRuleControlBridgePortPattern = yy sheRuleControlBridgePortMatch = exact sheRuleControlAction = changeInnerVlan sheRuleControlActionParameter01 = new PVID cosTranslation(19) sheRuleControlType= 19 sheRuleControlName = cosTranslation sheRuleControlPriority = sheRuleControlPriorityPattern = xx sheRuleControlPriorityMatch = exact sheRuleControlFlowPattern = yy sheRuleControlFlowMatch = exact sheRuleControlAction = changeOuterVlan | changeOuterPriority | changeOuterTag sheRuleControlActionParameter01 = new VlanID | new Priority sheRuleControlActionParameter02 = new Priority | empty etherTypTranslation(20) sheRuleControlType= 20 sheRuleControlName = etherTypTranslation sheRuleControlPriority = sheRuleControlEtherTypPattern = xx sheRuleControlEtherTypMatch = exact sheRuleControlFlowPattern = yy sheRuleControlFlowMatch = exact sheRuleControlAction = changeOuterVlan | changeOuterPriority | changeOuterTag sheRuleControlActionParameter01 = new VlanID | new Priority sheRuleControlActionParameter02 = new Priority | empty vlanTranslation(21) sheRuleControlType= 21 sheRuleControlName = vlanTranslation sheRuleControlPriority = sheRuleControlVlanIdPattern = xx sheRuleControlVlanIdMatch = exact sheRuleControlFlowPattern = yy sheRuleControlFlowMatch = exact sheRuleControlAction = changeOuterVlan | changeOuterPriority | changeOuterTag sheRuleControlActionParameter01 = new VlanID | new Priority sheRuleControlActionParameter02 = new Priority | empty dscpTranslation(22) sheRuleControlType= 22 sheRuleControlName = dscpTranslation sheRuleControlPriority = sheRuleControlDscpPattern = xx sheRuleControlDscpMatch = exact sheRuleControlFlowPattern = yy sheRuleControlFlowMatch = exact sheRuleControlAction = changeOuterVlan | changeOuterPriority | changeOuterTag sheRuleControlActionParameter01 = new VlanID | new Priority sheRuleControlActionParameter02 = new Priority | empty New with SHE R2.7: meteringDot1P(25) Type = 25 Name = Priority = BridgePortPattern = BridgePortMatch = exact PriorityPattern = PriorityMatch = exact Action = Meter ActionParameter01 = MeterProfile New with SHE R2.8: meteringVlan(26) (currently support only by WIN/CNX IU) Type = 26 Name = Priority = VlanIdPattern = VlanIdMatch = exact IUPhysIndexPattern = IUPhysIndexMatch = exact Action = Meter ActionParameter01 = MeterProfile meteringDhcpOnIU(27) (currently support only by WIN/CNX IU's) Type = 27 Name = Priority = IUPhysIndexPattern = IUPhysIndexMatch = exact Action = Meter ActionParameter01 = MeterProfile meteringDhcpOnPort(28) (currently support only by CG IU's) Type = 28 Name = Priority = PortIfIndexPattern = PortIfIndexMatch = exact Action = Meter ActionParameter01 = MeterProfile meteringArpOnIU(29) (currently support only by WIN/CNX IU's) Type = 29 Name = Priority = IUPhysIndexPattern = IUPhysIndexMatch = exact Action = Meter ActionParameter01 = MeterProfile meteringArpOnPort(30) (currently support only by CG IU's) Type = 30 Name = Priority = PortIfIndexPattern = PortIfIndexMatch = exact Action = Meter ActionParameter01 = MeterProfile meteringIgmpOnIU(31) (currently support only by WIN/CNX IU's) Type = 31 Name = Priority = IUPhysIndexPattern = IUPhysIndexMatch = exact Action = Meter ActionParameter01 = MeterProfile meteringIgmpOnPort(32) (currently support only by CG IU's) Type = 32 Name = Priority = PortIfIndexPattern = PortIfIndexMatch = exact Action = Meter ActionParameter01 = MeterProfile meteringDslPort(33) (currently support only by CG IU's) Type = 33 Name = Priority = PortIfIndexPattern = PortIfIndexMatch = exact Action = Meter ActionParameter01 = MeterProfile ######## genericRule(50) sheRuleControlType= 50 In case of using the genericRule-Type the set of used pattern matches and action are not fixed. The NE has to parse the complete control-group and the managment system must send the complete control-group, but only pattern with a match-value unequal ignore will be evaluated. Be careful!! genericAdminRule(51) sheRuleControlType= 51 In case of using the genericAdminRule-Type the set of used pattern matches and action are not fixed. The NE has to parse the complete control-group and the managment system must send the complete control-group, but only pattern with a match-value unequal ignore will be evaluated. Be careful!! The only difference to rule-type 50, genericRule, is, that the AdminRule will complete handled by CXU-Software, without support of switching fabric!!

A descriptional userflow-name. The name should be unique. Spaces and other special characters (: o) are not allowed!!

The priority of the rule. Usefull in case of multiple matches.

A sheBridgePortIndex.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A single source mac-address.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A source mac-address to define the start point of a address range.

A source mac-address to define the end point of a address range.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A single destination mac-address.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A destination mac-address to define the start point of a address range.

A destination mac-address to define the end point of a address range.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A sheVlanIndex.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A .1p priority value. Range is 0-7.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A tos value. Range is 0..255. Inside one rule only one of three could be used: Tos or Dscp or IpPrecedence.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A dscp value. Range is 0-63. Inside one rule only one of three could be used: Tos or Dscp or IpPrecedence.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A ethertype pattern match.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A single source ip-address.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A source ip-address subnet mask.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A single destination ip-address.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A destination ip-address subnet mask.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

TCP/UDP Port. Source- or DestinationPort will only be evaluated if a IpProtocolPattern equal Udp or Tcp is given.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

TCP/UDP Port. Source- or DestinationPort will only be evaluated if a IpProtocolPattern equal Udp or Tcp is given.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Gives the action for the defined userflow. deny(1), allow(2), meter(3), changeInnerVlan(4), changeOuterVlan(5), changeInnerPriority(6), changeOuterPriority(7), changeTos(8), changeDscp(9), changeInnerVlanTag(10), changeOuterVlanTag(11), assignTC(12) mirror(13),

Define an additional parameter depence on the used action. deny,allow,mirror: not used changeTos: new Tos value changeDscp: new Dscp value changeInnerVlan: new Vlan Id changeOuterVlan: new Vlan Id meter: meterProfileIndex changeInnerPriority: new Priority (1p) changeOuterPriority: new Priority (1p) assignTC: Traffic class values 0-7 changeInnerVlanTag: new Vlan Id changeOuterVlanTag: new Vlan Id

Define an additional parameter depence on the used action. deny,allow,mirror,changeTos, changeDscp, changeInnerVlan, changeOuterVlan, meter, changeInnerPriority, changeOuterPriority, assignTC, mirror: not used changeInnerVlanTag: new Priority (1p) changeOuterVlanTag: new Priority (1p)

The flow-direction for which this rule should work. 1 - upstream 2 - downstream 3 - bidirectional

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Used L4-ProtocolType. Needed to evaluate the correct Ip-PortPattern (look at RFC791).

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

A Ip precedence value 0-7. Inside one rule only one of three could be used: Tos or Dscp or IpPrecedence.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Bit mask for sheRuleSourceMacPattern. Will be evaluated by NE only if sheRuleSourceMacPattern is given. The NE assumes #ffffffffffff as default if no mask is present.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Bit mask for sheRuleDestinationMacPattern. Will be evaluated by NE only if sheRuleDestinationMacPattern is given. The NE assumes #ffffffffffff as default if no mask is present.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Message Type. Currently used only if IP Protocol pattern is set to ICMP (RFC950). Otherwise ignored.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

CodeType. Currently used only if IP Protocol pattern is set to ICMP and a MessageType Pattern is given (RFC950). Otherwise ignored.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Handle packet as follows if rule match. - deny(0) Drops matching packets. Action parameter: none - allow(1) Permits matching packets. Action parameter: none - meter(2) Maps an rate limiting profile. Action parameter: sheRuleGenericMatchActionMeterIndex - redirect(3) Redirects matching packets to given bridge port (uplink interface). Action parameter: sheRuleGenericMatchActionRedirPort - mirror(4) Copies matching packets to mirror monitor port. Action parameter: none - setDscp(5) Sets DSCP value in matching packets. Action parameter: sheRuleGenericMatchActionDscp - setPriority(6) Schedules matching frames (queue mapping) according given priority value. Action parameter: sheRuleGenericMatchActionSetPrio - changeTagPriority(7) Changes .1p priority value in VLAN tag. Action parameter: sheRuleGenericMatchActionSetTagPrio - changeTagPriorityWithTos(8) Copies IP Precedence Bits of TOS field into .1p priority of VLAN tag. Action parameter: none - setIpPrecedence(9) Sets IP Precedence bits in TOS field. Action parameter: sheRuleGenericMatchActionIpPrecedence - changeTosWithTagPrio(10) Action parameter: none - rateLimit(11) Applies rate limiting for matching packets. Action parameter: sheRuleGenericMatchActionRate - changeVlanId(12) Changes Vlan-ID in VLAN-Tag of matching frames. Action parameter: sheRuleActionVlan - copyToCpu(13) Copies matching frames to CPU port. Action parameter: none - count(14) Initiates counting of matching packets. The NE supports only a limited number of counters at the same time and may reject this rule if the number of timers is exceeded. - untag (15) untag the frame

Handle packet as follows if rule not match. - deny(0) Drops matching packets. Action parameter: none - allow(1) Permits matching packets. Action parameter: none - meter(2) Maps an rate limiting profile. Action parameter: sheRuleGenericNoMatchActionMeterIndex - redirect(3) Redirects matching packets to given bridge port (uplink interface). Action parameter: sheRuleGenericNoMatchActionRedirPort - mirror(4) Copies matching packets to mirror monitor port. Action parameter: none - setDscp(5) Sets DSCP value in matching packets. Action parameter: sheRuleGenericNoMatchActionDscp - setPriority(6) Schedules matching frames (queue mapping) according given priority value. Action parameter: sheRuleActionSetPrio - changeTagPriority(7) Changes .1p priority value in VLAN tag. Action parameter: sheRuleGenericNoMatchActionSetTagPrio - changeTagPriorityWithTos(8) Copies IP Precedence Bits of TOS field into .1p priority of VLAN tag. Action parameter: none - setIpPrecedence(9) Sets IP Precedence bits in TOS field. Action parameter: sheRuleGenericNoMatchActionIpPrecedence - changeTosWithTagPrio(10) Action parameter: none - rateLimit(11) Applies rate limiting for matching packets. Action parameter: sheRuleGenericNoMatchActionRate - changeVlanId(12) Changes Vlan-ID in VLAN-Tag of matching frames. Action parameter: sheRuleGenericNoMatchActionVlan - copyToCpu(13) Copies matching frames to CPU port. Action parameter: none - count(14) Initiates counting of matching packets. The NE supports only a limited number of counters at the same time and may reject this rule if the number of timers is exceeded. - untag (15) untag the frame

Metering Profile Index used by genericrule action: meter(2)

BridgePort Index used by rule action: redirect(3)

DSCP value used by rule action: setDscp(5)

Priority value used by rule action: setPriority(6)

Priority value used by rule action: changeTagPriority(7)

IP Precedence value used by rule action: setIpPrecedence(9)

Rate limit value (MBit per second) used by rule action: rateLimit(11)

Vlan ID used by rule action: changeVlanId(12)

Metering Profile Index used by rule action: ---

BridgePort Index used by rule action: redirect(3)

DSCP value used by rule action: setDscp(5)

Priority value used by rule action: setPriority(6)

Priority value used by rule action: changeTagPriority(7)

IP Precedence value used by rule action: setIpPrecedence(9)

Rate limit value (MBit per second) used by rule action: rateLimit(11)

Vlan ID used by rule action: changeVlanId(12)

Number of matches (how often the rule has been matched). Note: Not all rules types support counters. The NE responds the value -1 if there is no counter available.

Show the activation state of a rule. A change of this value will not be notified by trap.

Match the inner vlanid under double-tag mode.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Match the inner .1p priority under double-tag mode.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Match the IU entPhysIndex from entPhysicalTable.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

Match the DSL port ifIndex from ifTable.

Defines the usage of the corresponding pattern-value. ignore(1), exact(2), exclude(3)

createRule: sheRuleControlName ... minimum of one pair of pattern-match-combination with a match-value unequal to ignore ... sheRuleControlAction sheRuleControlActionParameter01 ... deleteRule: sheRuleControlIndex clearRuleMatchCounter: sheRuleControlIndex

The index of the deleted rule.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

This type defines the set of used pattern and actions for this rule: look at rule-table.

A descriptional userflow-name. The name should be unique, but there is a exception: In case of using a expand-Ruletype, the name of the expanding rule must be equal to the original rule, which should be expanded. Spaces and other special characters (: o) are not allowed!!

The priority of the rule. Usefull in case of multiple matches.

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at rule table...

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at rule table...

look at rule table...

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

look at table

Match the inner vlanid under double-tag mode.

look at table

look at table

look at table

look at rule table...

look at rule table...

look at rule table...

look at rule table...

Configuration notification.

Configuration notification.

Configuration notification.

The meter profile table.

One entry for each metering profile. Selection of the used profile will be done via rule-configuration. Note: DS policing will currently not supported by the NE (information stand R2.8)!

A profile-table index.

A descriptional name for this metering profile. Spaces and other special characters (: o) are not allowed!!

The Committed Information Rate for upstream policing. ATTENTION: CIR smaller or equal PIR

The Committed Burst Size for upstream policing. ATTENTION: CBS smaller or equal PBS (MBS)

The peak information rate for upstream policing. ATTENTION: CIR smaller or equal PIR

The peak burst size (or maximum burst size MBS) for upstream policing. ATTENTION: CBS smaller or equal PBS (MBS)

The Committed Information Rate for downstream policing. ATTENTION: DsCIR smaller or equal DsPIR

The Committed Burst Size for downstream policing. ATTENTION: DsCBS smaller or equal DsPBS (MBS)

The peak information rate for downstream policing. ATTENTION: DsCIR smaller or equal DsPIR

The peak burst size (or maximum burst size MBS) for downstream policing. ATTENTION: DsCBS smaller or equal DsPBS (MBS)

This defines a bit-map for using the meterprofile parameter settings. If the corresponding bit is set to one the parameters should be used. - policingUS(0) - policingDS(1) Note: DS policing will currently not supported by the NE (information stand R2.8)!

createMeterProfile: sheMeterControlProfileName sheMeterControlProfileCir sheMeterControlProfileCbs sheMeterControlProfilePir sheMeterControlProfilePbs sheMeterControlProfileDsCir sheMeterControlProfileDsCbs sheMeterControlProfileDsPir sheMeterControlProfileDsPbs sheMeterControlProfileDsShapingCir sheMeterControlProfileDsShapingCbs sheMeterControlProfileUseParameters deleteMeterProfile: sheMeterControlIndex modifyMeterProfile: sheMeterControlIndex sheMeterControlProfileName sheMeterControlProfileCir sheMeterControlProfileCbs sheMeterControlProfilePir sheMeterControlProfilePbs sheMeterControlProfileDsCir sheMeterControlProfileDsCbs sheMeterControlProfileDsPir sheMeterControlProfileDsPbs sheMeterControlProfileDsShapingCir sheMeterControlProfileDsShapingCbs sheMeterControlProfileUseParameters

Index of the configured table entry. Needed for modify or delete.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

look at meterProfileTable... Spaces and other special characters (: o) are not allowed!!

look at meterProfileTable...

look at meterProfileTable...

look at meterProfileTable...

look at meterProfileTable...

look at meterProfileTable...

look at meterProfileTable...

look at meterProfileTable...

look at meterProfileTable...

look at table

Configuration notification.

Configuration notification.

Configuration notification.

Description.

Description.

Description.

Description.

Description.

Description.

The general ageing time for learned Mac-addresses.

The global value that indicates whether to use a mac learning function for uplink.

The forwarding data base table. New with R2.8 maintenance: This release introduces a new ControlRequest command for refresh of this table. Without calling this command, the table content will be static and not longer automatically updated. The refresh command could be used together with the vlanIndex, which is the first table index here. If a valid vlanIndex value was used, only the tableEntries with this vlanIndex as first key will be refreshed. If the vlanIndex is 0 or unknown the full table will be refreshed.

One entry per learned mac-address per vlan. First key is the VlanIndex.

Second key for fdb-table. Number of valid entrys is equal to number of current learned Mac-Addresses for vlan indeced by key 1.

The learned mac-address.

That is the sheBridgePortIndex of the destination port.

Time this mac-address was learned.

The status of this entry. The meanings of the values are: other(1) : none of the following. invalid(2) : this entry is not longer valid (e.g., it was learned but has since aged-out), but has not yet been flushed from the table. learned(3) : the value was learned, and is being used. self(4) : the value of the corresponding instance of FdbAclAddress represents one of the bridge's addresses. mgmt(5) : static(6) : the value was not learned but fixed configured by operator

Frames have the permission to be send to control plane.

Frames have the permission to be send to data plane.

setFdbBaseAgeingTime (401): sheFdbControlBaseAgeingTime setFdbBaseLearningUplink (402): sheFdbControlBaseLearningUplink New with R2.8 maintenance: refreshFdbTable (403): sheFdbControlIndex -> define the vlan for which the Fdb should be updated, Only supported by hiX5608 R1.3!! createFdbStaticEntry(404): sheFdbControlIndex -> define the vlan for which the FdbEntry should be created sheFdbControlPort -> define the bridgePort-Index for which the FdbEntry should be created sheFdbControlMacAddress -> define the used MacAddress

Value depends on the used ControlRequest.

The status of a user command. .

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

The values to be configured.

The values to be configured. True : enable mac learning for uplink False : disable mac learning for uplink

Define the bridgePort-Index for which the FdbEntry should be created/deleted. Value depends on the used ControlRequest. 0 used as wildcard for 'ALL' NOTE: No support by BFR2.0 of R2.8 56xx!! Only supported by 5608 R1.3!!

Define the MacAddress for configuration or delete. Value depends on the used ControlRequest. NOTE: No support by BFR2.0 of R2.8 56xx!! Only supported by 5608 R1.3!!

Configuration Notification

Configuration Notification

FDB table update finished.

static FDB table entry created

Description.

Description.

Description.

Description.

Description.

Contain allways two entrys for possible available Lag-Groups.

One entry for each possible lag-group.

A 6-octet read-only value carrying the individual MAC address assigned to the Aggregator.

A 2-octet value indicating the priority value associated with the Actor's System ID.

A 6-octet read-write MAC address value used as a unique identifier for the System that contains this Aggregator.

A read-only Boolean value indicating whether the Aggregator represents an Aggregate ('TRUE') or an Individual link ('FALSE').

The current administrative value of the Key for the Aggregator. The administrative Key value may differ from the operational Key value for the reasons discussed in 43.6.2. The meaning of particular Key values is of local significance.

The current operational value of the Key for the Aggregator. The administrative Key value may differ from the operational Key value for the reasons discussed in 43.6.2. This is a 16-bit, read-only value. The meaning of particular Key values is of local significance.

A 6-octet read-only MAC address value consisting of the unique identifier for the current protocol Partner of this Aggregator. A value of zero indicates that there is no known Partner. If the aggregation is manually configured, this System ID value will be a value assigned by the local System.

A 2-octet read-only value that indicates the priority value associated with the Partner's System ID. If the aggregation is manually configured, this System Priority value will be a value assigned by the local System.

The current operational value of the Key for the Aggregator's current protocol Partner. This is a 16-bit, read-only value. If the aggregation is manually configured, this Key value will be a value assigned by the local System.

The value of this 16-bit attribute defines the maximum delay, in tens of microseconds, that may be imposed by the Frame Collector between receiving a frame from an Aggregator Parser and either delivering the frame to its MAC Client or discarding the frame (see 43.2.3.1.1). Note: R2.8 will not longer accept any modification of this parameter and use always NE internal value.

This attribute will enable or disable LACP-Activity for this Lag-Group.

Possible values: srcmac(1), dstmac(2), xormac(3), srcip(4), dstip(5), xorip(6)

Portlist for all member's of this LAG. The octet string is a list of pairs of octets each identify an sheBridgePortIndex. The least significant byte is the second octet.

This attribute describes the entPhysicalIndex of the card, where this LAG group is placed. Only LagPorts with identical entPhysicalIndex for the card could be added to a group. This information is given via: sheLagGroupPortList -> sheLagPortEntry -> sheBridgePortIndex -> sheSublayerIndex -> ifIndex -> shePhysPortEntPhysicalIndex

A table that contains Link Aggregation Control configuration information about every Aggregation Port associated with this device. A row appears in this table for each physical port. For she, this table will contain allways 4 entrys.

A list of Link Aggregation Control configuration parameters for each Aggregation Port on this device.

A 2-octet value used to define the priority value associated with the Actor's System ID.

A 6-octet read-only MAC address value that defines the value of the System ID for the System that contains this Aggregation Port.

The current administrative value of the Key for the Aggregation Port. This is a 16-bit, read-write value. The meaning of particular Key values is of local significance.

The current operational value of the Key for the Aggregation Port. This is a 16-bit, read-only value. The meaning of particular Key values is of local significance.

A 2-octet value used to define the administrative value of priority associated with the Partner's System ID. The assigned value is used, along with the value of PortPartnerAdminSystemID, PortPartnerAdminKey, PortPartnerAdminPort, and PortPartnerAdminPortPriority, in order to achieve manually configured aggregation.

A 2-octet read-only value indicating the operational value of priority associated with the Partner's System ID. The value of this attribute may contain the manually configured value carried in PortPartnerAdminSystemPriority if there is no protocol Partner.

A 6-octet MACAddress value representing the administrative value of the Aggregation Port's protocol Partner's System ID. The assigned value is used, along with the value of PortPartnerAdminSystemPriority, PortPartnerAdminKey, PortPartnerAdminPort, and PortPartnerAdminPortPriority, in order to achieve manually configured aggregation.

A 6-octet read-only MACAddress value representing the current value of the Aggregation Port's protocol Partner's System ID. A value of zero indicates that there is no known protocol Partner. The value of this attribute may contain the manually configured value carried in PortPartnerAdminSystemID if there is no protocol Partner.

The current administrative value of the Key for the protocol Partner. This is a 16-bit, read-write value. The assigned value is used, along with the value of PortPartnerAdminSystemPriority, PortPartnerAdminSystemID, PortPartnerAdminPort, and PortPartnerAdminPortPriority, in order to achieve manually configured aggregation.

The current operational value of the Key for the protocol Partner. The value of this attribute may contain the manually configured value carried in PortPartnerAdminKey if there is no protocol Partner. This is a 16-bit, read-only value.

The identifier value of the Aggregator that this Aggregation Port has currently selected. Zero indicates that the Aggregation Port has not selected an Aggregator, either because it is in the process of detaching from an Aggregator or because there is no suitable Aggregator available for it to select. This value is read-only.

The identifier value of the Aggregator that this Aggregation Port is currently attached to. Zero indicates that the Aggregation Port is not currently attached to an Aggregator. This value is read-only.

The port number locally assigned to the Aggregation Port. The port number is communicated in LACPDUs as the Actor_Port. This value is read-only.

The priority value assigned to this Aggregation Port. This is a 2-octet value.

The current administrative value of the port number for the protocol Partner. This is a 16-bit value. The assigned value is used, along with the value of PortPartnerAdminSystemPriority,PortPartnerAdminSystemID, PartnerAdminKey, and PortPartnerAdminPortPriority, in order to achieve manually configured aggregation.

The operational port number assigned to this Aggregation Port by the Aggregation Port's protocol Partner. The value of this attribute may contain the manually configured value carried in aAggPortPartnerAdminPort if there is no protocol Partner. This 16-bit value is read-only.

The current administrative value of the port priority for the protocol Partner. This is a 16-bit value. The assigned value is used, along with the value of PortPartnerAdminSystemPriority, PortPartnerAdminSystemID, PortPartnerAdminKey, and PortPartnerAdminPort, in order to achieve manually configured aggregation.

The priority value assigned to this Aggregation Port by the Partner. The value of this attribute may contain the manually configured value carried in PortPartnerAdminPortPriority if there is no.

A string of 8 bits, corresponding to the administrative values of Actor_State (43.4.2) as transmitted by the Actor in LACPDUs. The first bit of string corresponds to bit 7 (Expired). If TRUE (encoded as a 1), this flag indicates that the Actor's receive machine is in the EXPIRED state The second of string bit corresponds to bit 6 (Defaulted). If TRUE (encoded as a 1), this flag indicates that the Actor's receive machine is using Defaulted operational Partner information, administratively configured for the Partner. The third of string bit corresponds to bit 5 (Distributing). FALSE (encoded as a 0) means distribution of outgoing frames on this link is definitely disabled. The fourth of string bit corresponds to bit 4(Collecting). TRUE (encoded as a 1) means collection of incoming frames on this link is definitely enabled. The fifth of string bit corresponds to bit 3 (Synchronization). If FALSE (encoded as a 0), then this link is currently OUT_OF_SYNC, i.e., it is not in the right Aggregation. The sixth of string bit corresponds to bit 2 (Aggregation). If FALSE (encoded as a 0), the link is considered to be Individual, i.e., this link can be operated only as an individual link. The seventh of string bit corresponds to bit 1 (LACP_Timeout). Short Timeout is encoded as a 1; Long Timeout is encoded as a 0. The eighth of string bit corresponds to bit 0 of Actor_State (LACP_Activity). Active LACP is encoded as a 1; Passive LACP is encoded as a 0. The values of LACP_Activity,LACP_Timeout and Aggregation allow administrative control and could be set by controlgroup.

A string of 8 bits, corresponding to the current operational values of Actor_State as transmitted by the Actor in LACPDUs.

A string of 8 bits, corresponding to the current administrative value of Actor_State for the protocol Partner. The assigned value is used in order to achieve manually configured aggregation.

A string of 8 bits, corresponding to the current values of Actor_State in the most recently received LACPDU transmitted by the protocol Partner. In the absence of an active protocol Partner, this value may reflect the manually configured value PortPartnerAdminState. This attribute value is read-only.

A read-only Boolean value indicating whether the Aggregation Port is able to Aggregate ('TRUE') or is only able to operate as an Individual link ('FALSE').

This attribute indicates, if this port is available for lacp or not.

modifyLagGroupEntry: sheLagControlIndex sheLagControlGroupActorSystemPriority sheLagControlGroupActorAdminKey sheLagControlGroupCollectorMaxDelay sheLagControlGroupLacpActivity sheLagControlGroupMethod modifyLagPortEntry: sheLagControlIndex sheLagControlPortActorAdminKey sheLagControlPortActorPortPriority sheLagControlPortActorAdminState sheLagControlPortLacpAvailability assignBridgePortToLag: sheLagControlIndex sheLagControlGroupPortList unassignBridgePortFromLag: sheLagControlIndex sheLagControlGroupPortList

The index of the table entry to be configured.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

Look at group-table description...

Look at group-table description...

Look at group-table description... Note: R2.8 will not longer use any modification of this parameter and use always NE internal value. A modification will be ignored.

Look at group-table description...

Look at group-table description...

Look at group-table description...

Look at port-table description...

Look at port-table description...

Look at port-table description...Only bit 0, 1 and 2 could be configured.

Look at port-table description...

Configuration notification.

Configuration notification.

LagGroup-Portlist changed notification.

LagGroup-Portlist changed notification.

Description.

Description.

Description.

Description.

Description.

Globaly enable/disable of Dhcp/PPPoE agent. Telegram handling for DHCP and PPPoE relay: valid telegrams are handled, invalid telegrams are dropped snoop: valid telegrams are forwarded, invalid telegrams are dropped bridge: valid telegrams are forwarded, invalid telegrams are forwarded (currently NO support) handling explanation: dhcpPppoeRelayRelay -> dhcp and Pppoe use mode relay dhcpPppoeRelaySnoop -> dhcp use mode relay and Pppoe use mode snoop valid values: up(1), -> releases >= R2.5 run now dhcpPppoeRelayRelay mode down(2), -> releases >= R2.5 run now dhcpPppoeSnoopSnoop mode dhcpPppoeRelayRelay(4), dhcpPppoeRelaySnoop(5), dhcpPppoeRelayBridge(6), (currently NO support) dhcpPppoeSnoopRelay(7), dhcpPppoeSnoopSnoop(8), dhcpPppoeSnoopBridge(9), (currently NO support) dhcpPppoeBridgeRelay(10),(currently NO support) dhcpPppoeBridgeSnoop(11),(currently NO support) dhcpPppoeBridgeBridge(12)(currently NO support) NOTE: Only release R2.5 and higher can accept new value's 4..12 depending on the state of implementation in NE.

Per default it is the Mac-Address of the DSLAM (length is 6) to be identified for Option 82. Could be set by operator. Moved to sheBridgePortTable and sheBridgeBase. (obsolete)

This configuration is only valid in double tagged mode. If enabled (true), the protocol machines for all DHCP providers will use the informations from inner tag of a received frame for evaluation, handling and forwarding. Per default always the outer tag will used. New with SHE R.8.

This configuration is only valid in double tagged mode. If enabled (true), the protocol machines for all PPPoE providers will use the informations from inner tag of a received frame for evaluation, handling and forwarding. Per default always the outer tag will used. New with SHE R.8.

This parameter configure the feature 'station move' for service issues. If enabled, the NE will instantly release all DHCP session informations and possibly learned mac addresses for a certain subscriber line if a 'link down' event for this line was detected. If disabled, all release actions will be done according to FDB aging time and DHCP lease time configuration. New with R2.8.

The dhcp/pppoe provider table.

One entry for each known dhcp or pppoe provider (depends on the option settings).

A table index.

Descriptional name. Spaces and other special characters (: o) are not allowed!!

There are three entrys and all three backup each other. Not necessary for all PPPoE relay agent options and in case of simplified Relay Agent. NOTE: Four possible server ip's with R2.8 maintenance!!

There are three entrys and all three backup each other. Not necessary for all PPPoE relay agent options and in case of simplified Relay Agent. NOTE: Four possible server ip's with R2.8 maintenance!!

There are three entrys and all three backup each other. Not necessary for all PPPoE relay agent options and in case of simplified Relay Agent. NOTE: Four possible server ip's with R2.8 maintenance!!

The gateway address of this dhcp provider. Not necessary for all PPPoE relay agent options and in case of simplified DHCP Relay Agent. Note: This parameter is not longer supported starting with release SHE R2.6. The IP route configuration was moved to sheSystemIpRouteTable.

That points to the VLAN, where the request should be send. A configuration is only in case of simplified DHCP agent possible. For PPPoE and normal DHCP providers the value of sheDhcpVlanId should be 0. That means, no provider vlan for received request's will be used! Note: This parameter is not longer supported starting with release SHE R2.6. The IP route configuration was moved to sheSystemIpRouteTable including a possible assignment of vlanId.

The relay agent IP address is used to set the GIADDR in DHCP messages. With R2.6, it can either be configured to an address that denotes a subscriber's subnet. If not set, the NE will automatically set to the IP of the interface which is used for sending DHCP message to DHCP server. In all cases, a configuration is not necessary for all PPPoE relay agent options and in case of simplified DHCP Relay Agent.

The RelayAgent Netmask. Not necessary for all PPPoE relay agent options and in case of simplified DHCP Relay Agent. Note: This parameter is not longer valid starting with release SHE R2.6. The IP interface configuration was moved to sheSystemIpHostTable.

Option 82, depends on the Dhcp - Server functionality. If PPPoE is configured also special Options could be implemented. With R2.7 additional options for LineProperty are possible (value 12..23).

Configuration whether CHADDR in a DHCP packet should be changed or not in CEBS environment. Note: Only valid for DHCP provider configuration (check options) and should always false for PPPoE providers.

Configuration whether a dhcp provider should be used for mgmt-port relay or not. There can be only one dhcp-provider for mgmt-relay.

The index of inner-vlan when to forward Requests to the uplink. This vlan tag is used for the inner tag on double tagging mode. A configuration is only in case of simplified DHCP agent possible. For PPPoE and normal DHCP providers the value of sheDhcpVlanId should be 0. That means, no provider vlan for received request's will be used! Note: This parameter is not longer supported starting with release SHE R2.6. The IP route configuration was moved to sheSystemIpRouteTable including a possible assignment of vlanId.

Configuration whether destination address in a DHCP downstream packet should be changed or not. True - use always unicast address False - check broadcast flag from server and use unicast or broadcast address accordingly Note: Only valid for DHCP provider configuration (check options) and should always false for PPPoE providers.

This parameter defines the name of the access node the DSLAM uses to identifies itself by the provider. New with R2.7.

Now there are four entrys and all of them backup each other. Not necessary for all PPPoE relay agent options and in case of simplified Relay Agent. New with R2.8 maintenance.

setDhcpAdminState: sheDhcpControlRelayAdminState Depending on the used RelayAgentOption value, not all values are needed. If a PPPoE or simplified option is used, only the values Name and AgentOption are mandatory. createDhcpProviderEntry: sheDhcpControlProfileName sheDhcpControlServerIpAddress1 sheDhcpControlServerIpAddress2 sheDhcpControlServerIpAddress3 sheDhcpControlServerGateway(obsolete) sheDhcpControlVlanId sheDhcpControlRelayAgentOption sheDhcpControlRelayAgentNetmask(obsolete) sheDhcpControlRelayAgentIpAddress sheDhcpControlCebsMacTranslation sheDhcpControlRelayAgentMgmt sheDhcpControlInnerVlanId sheDhcpControlBcastTranslationDs sheDhcpControlLinePropertyNodeIdentifier (new with R2.7) sheDhcpControlServerIpAddress4 (new with R2.8 maintenance) modifyDhcpProviderEntry: sheDhcpControlIndex sheDhcpControlServerIpAddress1 sheDhcpControlServerIpAddress2 sheDhcpControlServerIpAddress3 sheDhcpControlServerGateway(obsolete) sheDhcpControlVlanId sheDhcpControlRelayAgentNetmask(obsolete) sheDhcpControlRelayAgentIpAddress sheDhcpControlRelayAgentOption sheDhcpControlCebsMacTranslation sheDhcpControlRelayAgentMgmt sheDhcpControlInnerVlanId sheDhcpControlBcastTranslationDs sheDhcpControlLinePropertyNodeIdentifier (new with R2.7) sheDhcpControlServerIpAddress4 (new with R2.8 maintenance) deleteDhcpProviderEntry: sheDhcpControlIndex New with R2.8: setDhcpTagForProtocol: sheDhcpControlUseInnerTagForProtocols setDhcpStationMove: sheDhcpControlStationMoveEnabled

The table index to be configured.

The status of a user command.

The maximum wait time for the manager for a long running user command.

The result of the last user command.

The time stamp of the last command (end of command).

Look at base parameter description...

Per default it is the Mac-Address of the DSLAM (length is 6) to be identified for Option 82. Could be set by operator. (obsoleted in V135)

Look at table description... Spaces and other special characters (: o) are not allowed!!

Look at table description...

Look at table description...

Look at table description...

Look at table description... Note: A configuration of this parameter is not longer supported starting with release SHE R2.6. The IP route configuration was moved to sheSystemIpRouteTable.

Look at table description... Note: This parameter is not longer supported starting with release SHE R2.6. The IP route configuration was moved to sheSystemIpRouteTable including a possible assignment of vlanId.

The relay agent IP address is used to set the GIADDR in DHCP messages. With R2.6, it can either be configured to an address that denotes a subscriber's subnet. If not set, the NE will automatically set to the IP of the interface which is used for sending DHCP message to DHCP server. In all cases, a configuration is not necessary for all PPPoE relay agent options and in case of simplified DHCP Relay Agent.

The RelayAgent Netmask. Note: A configuration of this parameter is not longer supported starting with release SHE R2.6. The IP interface configuration was moved to sheSystemIpHostTable.

Look at table description... With R2.7 additional options for LineProperty are possible (value 12..23).

configuration whether CHADDR in a DHCP packet should be changed or not in CEBS environment. Note: Only valid for DHCP provider configuration (check options) and should always false for PPPoE providers.

Configuration whether a dhcp provider should be used for mgmt-port relay or not. There can be only one dhcp-provider for mgmt-relay.

The index of inner-vlan when to forward Dhcp Requests to the uplink. This vlan tag is used for the inner tag on double tagging mode. Only valid for simplified DHCP agent configuration. Look at table description. Note: This parameter is not longer supported starting with release SHE R2.6. The IP route configuration was moved to sheSystemIpRouteTable including a possible assignment of vlanId.

Configuration whether destination address in a DHCP downstream packet should be changed or not. True - use always unicast address False - check broadcast flag from server and use unicast or broadcast address accordingly Note: Only valid for DHCP provider configuration (check options) and should always false for PPPoE providers.

Used for configuration of global DHCP and PPPoE useTag settings. BITS { dhcpUseInnerTagTrue(0), pppoeUseInnerTagTrue(1) } If bit is set to 1 the corresponding global parameter is set to true. Support with R2.8.

This parameter defines the name of the access node the DSLAM uses to identifies itself by the provider. New with R2.7.

This parameter configure the feature 'station move' for service issues. If enabled, the NE will instantly release all DHCP session informations and possibly learned mac addresses for a certain subscriber line if a 'link down' event for this line was detected. If disabled, all release actions will be done according to FDB aging time and DHCP lease time configuration. New with R2.8.

Look at table description...

A new dhcp provider table entry was created.

A dhcp provider table entry was modified.

A dhcp provider table entry was deleted.

The dhcp relay admin state was modified.

The dhcp relay option was modified.

The dhcp relay remote id was modified.

The dhcp flood vlanid was added. It becomes obsolete.

The dhcp flood vlanid was deleted. It becomes obsolete.

The dhcp flood vlanid was modified.

The dhcp and pppoe global useTag options were modified.

The dhcp station move enable switch was modified.

The dhcp flood vlanid table.

One entry for each dhcp flood vlanid.

Index of that table. Will be identical to the used sheVlanIndex.

Enable or disable a flooding vlan for DHCP packets. The default is false. New with R2.8: Flooding of DHCP or PPPoE packets could now be separatly enabled. The former command switch always both protocol types.

setDhcpFloodVlanId: sheDhcpFloodVlanIdControlVlanId sheDhcpFloodVlanIdControlVlanEnabled

The status of a control request

The maximum wait time for the manager for a long running user command. The manager reads this value from the SHE.

The result of the last user command

The time stamp of the last command (end of command)

VLAN ID which is controlled for Dhcp flooding

look at table. Expanded with R2.8 maintenance.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

Description.

IGMP operation mode can be off proxy That is the general NE igmp on/off switch.

The version of IGMP which is running on this interface (detected by the NE). The NE uses version 2 as default. If version 1 members are detected on the IP subnet attached to this interface, the NE falls back to version 1. Note: This parameter is not longer supported starting with release SHE R2.8 The used version should be configured per IGMP profileVlan entry.

The maximum number of subscribers who can join a multicast group in the system. Note: This parameter is not longer supported starting with release SHE R2.6.

The maximum number of multicast groups that could be joined in the system.

Configure VLAN translation mode for the system. 1 is inner tagged, 2 is outer tagged, default configuration is inner. This configuration is only functions when system is configured in double tagging mode. New with SHE R.8.

Configure provider VLAN tagging mode for the system, 1 is inner, 2 is outer, default configuration is outer. This configuration is only functions when system is configured in double tagging mode. New with SHE R.8.

New with SHE R.8. setIgmpTagMode: sheIgmpControlVlanTranslationMode sheIgmpControlVlanDoubleTaggingMode

The status of a user command.

The time stamp of the last command (end of command).

The result of the last user command.

The maximum wait time for the manager for a long running user command.

Configure VLAN translation mode for the system, 1 is inner tagged, 2 is outer tagged, default configuration is inner. This configuration is only functions when system is configured in double tagging mode. New with SHE R.8.

Configure provider VLAN tagging mode for the system, 1 is inner, 2 is outer, default configuration is outer. This configuration is only functions when system is configured in double tagging mode. New with SHE R.8.

The table has one provider entry. It contains the provider VLAN and the host and querier settings.

In first release we will only support one table entry.

A table Index.

Name for easy profile handling. Spaces and other special characters (: o) are not allowed!!

The source IP address used by the IGMP proxy for join and leave messages in upstream direction and for queries in downstream direction.

The Robustness Variable allows tuning for the expected packet loss on a subnet. If a subnet is expected to be lossy, the Robustness Variable may be increased. IGMP is robust to (Robustness Variable-1) packet losses. The Robustness Variable MUST NOT be zero, and SHOULD NOT be one.

The frequency at which IGMP Host-Query packets (downstream) are transmitted on this interface.

The Max Response Time inserted into the periodic General Queries. When the subscriber host doesn't respond to IGMP query messages, it is unsubscribed from the multicast group. It must be less than the Query Interval.

The startup frequency at which IGMP Host-Query packets (downstream) are transmitted on this interface.

The Startup Query Count is the number of Queries sent out on startup, separated by the Startup Query Interval.

The Last Member Query Interval is the Max Response Time inserted into Group-Specific Queries sent in response to Leave Group messages, and is also the amount of time between Group-Specific Query messages. This value may be tuned to modify the leave latency of the network. A reduced value results in reduced time to detect the loss of the last member of a group. The value of this object is irrelevant if igmpInterfaceVersion is 1.

The Last Member Query Count is the number of Group-Specific Queries sent before the router assumes there are no local members.

If immediate leave is disabled and the client sends a leave message, the switch sends a query message to the client. When there is no response from the client, it is deleted from the multicast group. If immediate leave is enabled, the client is deleted from the multicast group when the switch receives the leave message. Note: Not longer configurable with R2.8.

The Unsolicited Report Interval is the time between repetitions of a host's initial report of membership in a group (upstream).

The Version 1 Router Present Timeout is how long a host must wait after hearing a Version 1 Query before it may send any IGMPv2 messages. The time until the local router will assume that there are no longer any IGMP version 1 members on the IP subnet attached to this interface. Upon hearing any IGMPv1 Membership Report, this value is loaded to a timer. While the timer is running, the local router ignores any IGMPv2 Leave messages for this group that it receives on this interface. With R2.8 and support of IGMPv3 these attribute means OlderVersionRouterTimeout.

The time remaining until a host will assume that there are no longer any IGMP version 1 routers on the IP subnet attached to this interface. Upon hearing any Version 1 Query, this value is reset to the group membership timer. While this time remaining is non-zero, it may not send any IGMPv2 messages. The time remaining until the local router will assume that there are no longer any IGMP version 1 members on the IP subnet attached to this interface. Upon hearing any IGMPv1 Membership Report, this value is reset to the group membership timer. While this time remaining is non-zero, the local router ignores any IGMPv2 Leave messages for this group that it receives on this interface. With R2.8 and support of IGMPv3 these attribute means OlderVersionRouterPresentTimeout.

Configures all possible multicast addresses for IGMP on a per VLAN basis. This parameter indicates whether this IGMP provider have the limitation on the multicast group/packages or not. Value can be true(1) or false(2). False means all subscriber can join all multicast streams through to this whole VLAN if they are member of this vlan (unlimited access). True is the default state and means only configured groups/packages could be joined (limited access).

This is the configured multicast bandwith limitation per provider. The value 65535 (0xFFFF) is a special value and means unlimited access for this provider (switch off feature AC - admission control - default). New parameter with SHE R2.8.

This parameter has a range of 0..500 representing the default channel bandwith with a granularity of 100kBits. When a non-premium channel is registered, its channel bandwidth will adopt the default bandwith. New parameter with SHE R2.8

setIgmpMode: sheIgmpProviderControlMode setIgmpMaxJoinedSubscribers: (Note: Not longer supported starting with release SHE R2.6.) sheIgmpProviderControlMaxJoinedSubscribers setIgmpMaxJoinedGroup: sheIgmpProviderControlMaxJoinedGroup createIgmpProviderEntry: sheIgmpProviderControlProfileName sheIgmpProviderControlProxyIpAddress sheIgmpProviderControlRoboustness sheIgmpProviderControlQueryInterval sheIgmpProviderControlQueryResponseInterval sheIgmpProviderControlStartupQueryInterval sheIgmpProviderControlStartupQueryCount sheIgmpProviderControlLastMemberQueryInterval sheIgmpProviderControlLastMemberQueryCount sheIgmpProviderControlImmediateLeave sheIgmpProviderControlUnsolicitedReportInterval sheIgmpProviderControlVersion1RouterTimeout sheIgmpProviderControlVlanMulticastLimitation modifyIgmpProviderEntry: sheIgmpProviderControlIndex sheIgmpProviderControlProfileName sheIgmpProviderControlProxyIpAddress sheIgmpProviderControlRoboustness sheIgmpProviderControlQueryInterval sheIgmpProviderControlQueryResponseInterval sheIgmpProviderControlStartupQueryInterval sheIgmpProviderControlStartupQueryCount sheIgmpProviderControlLastMemberQueryInterval sheIgmpProviderControlLastMemberQueryCount sheIgmpProviderControlImmediateLeave sheIgmpProviderControlUnsolicitedReportInterval sheIgmpProviderControlVersion1RouterTimeout sheIgmpProviderControlVlanMulticastLimitation deleteIgmpProviderEntry: sheIgmpProviderControlIndex New with SHE R2.8: setIgmpProviderChannelAdmission (743): sheIgmpProviderControlIndex sheIgmpProviderControlMcastBandwithLimit sheIgmpProviderControlDefaultChannelBandwith

The status of a user command.

The time stamp of the last command (end of command).

The result of the last user command.

The maximum wait time for the manager for a long running user command.

index of sheIgmpProviderTable parameter for - modifyIgmpProviderEntry - deleteIgmpProviderEntry - setIgmpProviderEntrySourceList

IGMP operation mode can be off proxy parameter for - setIgmpMode That is the general NE igmp on/off switch.

Name for easy profile handling. Spaces and other special characters (: o) are not allowed!! parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The source IP address used by the IGMP proxy for join and leave messages in upstream direction and for queries in downstream direction. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The Robustness Variable allows tuning for the expected packet loss on a subnet. If a subnet is expected to be lossy, the Robustness Variable may be increased. IGMP is robust to (Robustness Variable-1) packet losses. The Robustness Variable MUST NOT be zero, and SHOULD NOT be one. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The frequency at which IGMP Host-Query packets (downstream) are transmitted on this interface. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The Max Response Time inserted into the periodic General Queries. When the subscriber host doesn't respond to IGMP query messages, it is unsubscribed from the multicast group. It must be less than the Query Interval. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The startup frequency at which IGMP Host-Query packets (downstream) are transmitted on this interface. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The Startup Query Count is the number of Queries sent out on startup, separated by the Startup Query Interval. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The Last Member Query Interval is the Max Response Time inserted into Group-Specific Queries sent in response to Leave Group messages, and is also the amount of time between Group-Specific Query messages. This value may be tuned to modify the leave latency of the network. A reduced value results in reduced time to detect the loss of the last member of a group. The value of this object is irrelevant if igmpInterfaceVersion is 1. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The Last Member Query Count is the number of Group-Specific Queries sent before the router assumes there are no local members. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

If immediate leave is disabled and the client sends a leave message, the switch sends a query message to the client. When there is no response from the client, it is deleted from the multicast group. If immediate leave is enabled, the client is deleted from the multicast group when the switch receives the leave message. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry Note: Not longer configurable with R2.8.

The Unsolicited Report Interval is the time between repetitions of a host's initial report of membership in a group (upstream). parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry

The Version 1 Router Present Timeout is how long a host must wait after hearing a Version 1 Query before it may send any IGMPv2 messages. The time until the local router will assume that there are no longer any IGMP version 1 members on the IP subnet attached to this interface. Upon hearing any IGMPv1 Membership Report, this value is loaded to a timer. While the timer is running, the local router ignores any IGMPv2 Leave messages for this group that it receives on this interface. parameter for - createIgmpProviderEntry - modifyIgmpProviderEntry With R2.8 and support of IGMPv3 these attribute means OlderVersionRouterTimeout.

The maximum number of joined subscribers in the system. Note: This parameter is not longer supported starting with release SHE R2.6.

The maximum number of multicast groups that could be joined in the system.

true(1),false(2) look at table