TIMETRA-SDP-MIB: View SNMP OID List / Download MIB

The value of svcTlsBgpADPWTempBindTblLC indicates the sysUpTime at the time of the last modification of svcTlsBgpADPWTempBindTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

svcTlsBgpADPWTempBindTable contains entries for the associations between SDP Auto-Bind policies and a BGP Auto-Discovery context for a VPLS service.

A SDP Auto-Bind Policy entry in the svcTlsBgpADPWTempBindTable.

The value of svcTlsBgpADPWTempBindRowStatus is used for the creation and deletion of associations between SDP Auto-Bind policies and a BGP Auto-Discovery context for a VPLS service.

The value of svcTlsBgpADPWTempBindLastChngd indicates the sysUpTime at the time of the last modification of this entry. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of svcTlsBgpADPWTempBindSHG specifies the split-horizon group to associate with the SDP Auto-Bind policy in this BGP Auto-Discovery context in a VPLS service. When this Auto-Bind policy is used to create an SDP, this split-horizon group will be associated with the SDP. The name specified must correspond to an existing split-horizon group in the VPLS service, otherwise an inconsistentValue error will be returned.

The value of the svcTlsBgpADPWTempBindOperGrp specifies the Operational-Group identifier associated with this pseudo-wire template binding.

The value of svcTlsBgpADPWTempBindRTTblLC indicates the sysUpTime at the time of the last modification of svcTlsBgpADPWTempBindRTTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

svcTlsBgpADPWTempBindTable contains entries for Route Targets associated with a SDP Auto-Bind policy and a BGP Auto-Discovery context for a VPLS service.

A SDP Auto-Bind Policy Route Target entry in the svcTlsBgpADPWTempBindRTTable.

The value of svcTlsBgpADPWTempBindRT is the Route Target associated with a PW template and a BGP Auto-Discovery context for a VPLS service. When advertisements are received with this Route Target, the PW template specified by the index, pwTemplateId, will be used to create the SDP.

The value of svcTlsBgpADPWTempBindRTRowStat is used for the association of Route Targets with a SDP Auto-Bind policy and a BGP Auto-Discovery context for a VPLS service.

The value of svcL2RteTableLastChanged indicates the sysUpTime at the time of the last modification of svcL2RteTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

svcL2RteTable contains entries for L2 routes.

An L2 route entry in the svcL2RteTable.

The value of svcL2RteVsiPrefix is the low-order 4 bytes of the Virtual Switch Instance idendifier (VSI-id) of the remote VSI for this L2 route.

The value of svcL2RteRouteDistinguisher is the high-order 6 bytes of the Virtual Switch Instance idendifier (VSI-id) of the remote VSI for this L2 route.

The value of svcL2RteNextHopType indicates the address type of svcL2RteNextHop.

The value of svcL2RteNextHop indicates the IP next hop for this L2 route. This value is equivilant to the IP address of the Far End of this L2 route.

The value of svcL2RteSdpBindId indicates the SDP bind ID of the SDP bind that binds this VPLS context to the VSI indicated by svcL2RteRouteDistinguisher, svcL2RteVsiPrefix, and svcL2RteNextHop. The value of svcL2RteSdpBindId will be 0000000000000000H if there was an error in creating the L2 route and the svcL2RteError will contain a string describing the error.

The value of svcL2RtePwTemplateId indicates the PW template associated with the SDP bind that binds this VPLS context to the VSI indicated by svcL2RteRouteDistinguisher, svcL2RteVsiPrefix, and svcL2RteNextHop.

The value of svcL2RteError indicates an error message describing an error encountered when establishing this L2 route entry. The value of svcL2RteError will be a zero-length string when the L2 route is successfully established.

The value of svcL2RteLastErrorTime indicates the sysUpTime at the time of the last error for this L2 route entry. If no errors were encountered for this entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of svcL2RteStatus indicates the status of the this L2 Route.

svcL2BgpVplsRteTable contains entries for L2 routes.

An L2 route entry in the svcL2BgpVplsRteTable.

The value of svcL2BgpVplsRteVeId is the low-order 4 bytes of the Virtual Switch Instance idendifier (VSI-id) of the remote VSI for this L2 route.

The value of svcL2BgpVplsRteRD is the high-order 6 bytes of the Virtual Switch Instance idendifier (VSI-id) of the remote VSI for this L2 route.

The value of svcL2BgpVplsRteNextHopType indicates the address type of svcL2BgpVplsRteNextHop.

The value of svcL2BgpVplsRteNextHop indicates the IP next hop for this L2 route. This value is equivilant to the IP address of the Far End of this L2 route.

The value of svcL2BgpVplsRteSdpBindId indicates the SDP bind ID of the SDP bind that binds this VPLS context to the VSI indicated by svcL2BgpVplsRteRD, svcL2BgpVplsRteVeId, and svcL2BgpVplsRteNextHop. The value of svcL2BgpVplsRteSdpBindId will be 0000000000000000H if there was an error in creating the L2 route and the svcL2BgpVplsRteError will contain a string describing the error.

The value of svcL2BgpVplsRtePwTemplateId indicates the PW template associated with the SDP bind that binds this VPLS context to the VSI indicated by svcL2BgpVplsRteRD, svcL2BgpVplsRteVeId, and svcL2BgpVplsRteNextHop.

The value of svcL2BgpVplsRteError indicates an error message describing an error encountered when establishing this L2 route entry. The value of svcL2BgpVplsRteError will be a zero-length string when the L2 route is successfully established.

The value of svcL2BgpVplsRteLastErrorTime indicates the sysUpTime at the time of the last error for this L2 route entry. If no errors were encountered for this entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of svcL2BgpVplsRteControlWord indicates the control word advertised for this route.

The value of svcL2BgpVplsRtePathMtu indicates the layer-2 path MTU for the pseudo-wire to the PE for this route.

The value of svcL2BgpVplsRteState indicates state of the object for this route.

The value of svcL2BgpVplsRteSeqDelivery indicates the sequenced delivery flag advertiesed for this route.

The value of svcL2BgpVplsRteDF indicates the value of DF bit associated with this BGP VPLS L2 route entry.

The value of svcL2BgpVplsRteStatus indicates the status of the this BGP VPLS L2 Route.

The current number of SDPs configured in this device.

The next available value for sdpId.

A table that contains SDP information.

Information about a specific SDP.

SDP identifier.

This object indicates the status of this row. The only values supported during a set operation are createAndGo and destroy. To delete an entry from this table, the corresponding SDP must be administratively down, not bound to any service, and not in use as a mirror destination.

This object specifies the type of delivery used by this SDP. The value of this object must be specified when the row is created and cannot be changed while the row status is active.

This object specifies the IP address of the remote end of the GRE or MPLS tunnel defined by this SDP. If sdpTunnelFarEndIpAddress is not set, then sdpFarEndIpAddress also specifies the remote end of the TLDP session. The value of this object must be set to a non-default value when the sdpDelivery is set to gre or mpls for the row to become active, and can only be changed while the admin status of the SDP is down.

When the SDP delivery specified by sdpDelivery is mpls, this object specifies the list of LSPs used to reach the far-end ESR device. All the LSPs in this list must terminate at the IP address specified by sdpFarEndIpAddress or sdpFarEndNodeId (for sdpDelivery of mpls). This object is otherwise insignificant and should contain a value of 0. When this list has more than one element, the Alcatel-Lucent SROS router will use all of the LSPs for load balancing purposes. Each LSP ID in the list corresponds to the vRtrMplsLspIndex of the given MPLS LSP.

Generic information about this SDP.

This object specifies the signaling protocol used to obtain the ingress and egress labels used in frames transmitted and received on this SDP. When the value of this object is none then the labels are manually assigned at the time the SDP is bound to a service. The value of this object can only be changed while the admin status of the SDP is down. An inconsistentValue error is returned if this object is not set to none when sdpDelivery is set to mpls. Default value of this object is set to none when sdpDelivery is set to mpls otherwise default value for this object is set to tldp.

The desired state of this SDP.

The operating state of this SDP. The value notAlive is valid only when keep-alive is enabled, and it means that the keep-alive operating status is not alive. The value notReady is valid only when this SDP uses a label signaling protocol (e.g. TLDP) and it means that the signaling session with the far-end peer has not been established. The value invalidEgressInterface indicates that the IOMs have detected that the egress interface towards the far-end device is not a network port.

This object specifies the desired largest service frame size (in octets) that can be transmitted through this SDP to the far-end ESR, without requiring the packet to be fragmented. The default value of zero indicates that the path MTU should be computed dynamically from the corresponding MTU of the tunnel.

This object specifies the actual largest service frame size (in octets) that can be transmitted through this SDP to the far-end ESR, without requiring the packet to be fragmented. In order to be able to bind this SDP to a given service, the value of this object minus the control word size (if applicable) must be equal to or larger than the MTU of the service, as defined by its svcMtu.

This object is used to enable or disable the keep-alive protocol used to determine the operating status of this SDP.

The current status of the keep-alive protocol. The value alive indicates that the far-end ESR is replying the SDP Echo Requests messages sent by this device indicating no error condition. The value noResponse indicates that the number of consecutive SDP Echo Request messages unack- nowledged by the far-end ESR exceeded the limit defined by sdpKeepAliveMaxDropCount. The values senderIdInvalid and responderIdError are two error conditions detected by the far-end ESR. The value disabled indicates that the keep-alive protocol is not enabled.

This object specifies how often the SDP Echo Request messages are transmitted on this SDP.

This object specifies the maximum number of consecutive SDP Echo Request messages that can be unacknowledged before the keep-alive protocol reports a fault.

This object specifies the amount of time to wait before the keep-alive operating status is eligible to enter the alive state.

The value of sysUpTime at the time of the most recent management-initiated change to this SDP.

This object specifies the length of the SDP Echo Request messages transmitted on this SDP. The default value of zero indicates that the message length should be equal to the SDPs operating path MTU, as specified by sdpOperPathMtu. When the default value is overridden, the message length is sdpKeepAliveHelloMessageLength.

The number of SDP Echo Request messages transmitted since the keep-alive was administratively enabled or the counter was cleared.

The number of SDP Echo Response messages received since the keep-alive was administratively enabled or the counter was cleared.

The number of SDP Echo Response messages received after the corresponding Request timeout timer expired.

The number of seconds to wait for an SDP Echo Response message before declaring a timeout.

When the value of this object is true the transport LSPs are signalled by LDP, as opposed to being provisioned static or RSVP-signalled LSPs. This object applies only to MPLS SDPs.

This object specifies the Ethertype used in frames sent out this SDP, when the VC type is vlan.

When the value of this object is true the advertised MTU of a VLL spoke SDP bind includes the 14-byte L2 header, so that it is backward compatible with pre-2.0 software.

This object specifies all the conditions that affect the operating status of this SDP.

The value of sysUpTime at the time of the most recent operating status change to this SDP.

The value of sdpMvplsMgmtService indicates the service Id of the service where the STP instance is running that is managing this SDP. This object is only valid if sdpMvplsMgmtService is different from 0.

The value of sdpMvplsMgmtSdpBndId indicates which SDP bind in the mVPLS instance specified in sdpMvplsMgmtService is controlling this SDP. This object is only valid if sdpMvplsMgmtService is different from 0.

The value of the object sdpCollectAcctStats specifies whether the agent collects accounting statistics for this SDP. When the value is true the agent collects accounting statistics on this SDP.

The value of sdpAccountingPolicyId specifies the policy to use to collect accounting statistics on this SDP. The value zero indicates that the agent should use the default accounting policy, if one exists.

The value of sdpClassFwdingEnabled specifies the admin state of class-based forwarding on this SDP. When the value is true, class-based forwarding is enabled.

The value of sdpClassFwdingDefaultLsp specifies the LSP ID that is used as a default when class-based forwarding is enabled on this SDP. This object must be set when enabling class-based forwarding.

The value of sdpClassFwdingMcLsp specifies the LSP ID that all multicast traffic will be forwarded on when class-based forwarding is enabled on this SDP. When this object has its default value, multicast traffic will be forwarded on an LSP according to its forwarding class mapping.

The value of sdpMetric specifies the metric to be used within the Tunnel Table Manager for decision making purposes. When multiple SDPs going to the same destination exist, this value is used as a tie-breaker by Tunnel Table Manager users like MP-BGP to select route with lower value.

The value of sdpAutoSdp indicates whether this is an Auto generated SDP from RADIUS discovery or BGP auto-discovery.

The value of sdpSnmpAllowed indicates if SNMP sets are allowed on this SDP.

This object specifies the Ethertype used in frames sent out on this SDP when sdpBindVcType is vlan for Provider Backbone Bridging frames.

sdpBandwidthBookingFactor is used to calculate the max SDP available bandwidth. The value of sdpBandwidthBookingFactor specifies the percentage of the SDP max available bandwidth for VLL call admission. When the value of sdpBandwidthBookingFactor is set to zero (0), no new VLL spoke-sdp bindings with non-zero bandwidth are permitted with this SDP. Overbooking, >100% is allowed.

The value of sdpOperBandwidth indicates the operational Bandwidth in kilo-bits per seconds (Kbps) available for this SDP. The value sdpOperBandwidth is determined by the sum of the bandwidth of all the RSVP LSPs used by the SDP.

The value of sdpAvailableBandwidth indicates the Bandwidth that is still free for booking by the SDP bindings on the SDP.

The value of sdpMaxBookableBandwidth indicates the max Bandwidth that the SDP has for booking by the SDP bindings. The value of sdpMaxBookableBandwidth is calculated as follow: sdpMaxBookableBandwidth = sdpOperBandwidth * sdpBandwidthBookingFactor

The value of sdpBookedBandwidth indicates the SDP Bandwidth that has been booked by the SDP bindings.

The value of sdpCreationOrigin indicates the protocol or mechanism which created this SDP.

The value of sdpEnforceDiffServLspFc specifies whether service manager must validate with RSVP the support of the FC by the LSP. By default, the SDP uses the direct configuration without validation with RSVP.

The value of sdpMixedLspModeEnabled specifies whether mixed mode LSPs is enabled on this SDP. Setting the value to true allows LDP to be enabled and LSPs to be configured at the same time on this SDP.

The value of sdpLspRevertTime specifies the time to wait before reverting back from LDP to the configured LSPs, after having failed over to LDP. When the value is -1, the sdp will never revert back.

The value of sdpLspRevertTimeCountDown indicated the timer countdown before reverting back from LDP on this SDP. The timer countdown begins after the first configured LSP becomes active. The value of -1 indicates when the revert time countdown is not applicable.

The value of sdpLdpLspId indicates the Id for the LDP LSP if sdpLdpEnabled is set to true and there is a valid LDP route to the sdpFarEndIpAddress or sdpFarEndNodeId.

The value of sdpLdpActive indicates whether LDP is active for the current SDP.

The value of sdpNetDomainName specifies the network-domain name configured on this SDP. The dafault value of this object is the default network-domain.

The value of sdpEgressIfsNetDomainConsistent indicates whether all the egress network interfaces that can carry traffic on this SDP are associated with the network-domain configured on this SDP. A value of notApplicable indicates that there is no egress network interface that can carry traffic on this SDP. A value of consistent indicates that the network-domains for all the egress network interfaces that can carry traffic on this SDP are consistent. A value of inconsistent indicates that the network-domain for one or more egress network interfaces that can carry traffic on this SDP are inconsistent.

The value of sdpBgpTunnelEnabled specifies whether the transport tunnel is BGP as opposed to LDP or RSVP signalled LSPs. This value cannot be set to true if sdpLdpEnabled is true or if there is at least one RSVP or static LSP provisioned. This object applies to MPLS SDPs.

The value of sdpBgpTunnelLspId indicates the Id for the BGP Tunnel LSP if sdpBgpTunnelEnabled is set to true and there is a valid LDP route to the sdpFarEndIpAddress.

The value of sdpTunnelFarEndIpAddress specifies the IP address of the remote end of the tranport tunnel for this SDP. The value can only be changed while the admin status of the SDP is down.

The value of sdpActiveLspType indicates the type of LSP that is currently active on this SDP. For sdpDelivery gre, the value is always not-applicable. For sdpDelivery mpls, the values can be rsvp, ldp, bgp or none.

The value of sdpBindingPort specifies the port id for the binding on this SDP. The value of sdpPwPortOperStatus will be set to down of all the related SDP pseudo-wire ports, if the SDP resolves to another port than the one specified here. An inconsistentValue error is returned when this object is set to a non-default value when sdpDelivery is set to gre.

The value of sdpFarEndNodeId specifies the node identifier of the far-end for this sdp. The value of this object must be set to a non-default value when the sdpDelivery is set to mpls for the row to become active, and can only be changed while the admin status of the SDP is down.

The value of sdpFarEndGlobalId specifies the global identifier of the far-end for this sdp.

A table that contains SDP binding information.

Information about a specific SDP binding.

SDP Binding identifier.

This object indicates the status of this row. The only values supported during a set operation are createAndGo and destroy.

The static MPLS VC label used by the far-end device to send packets to this device in this service via this SDP. The value of sdpBindAdminIngressLabel is 1 when it is used by a mirror service. All mirror SDPs use this label to avoid the unnecessary use of additional labels.

The static MPLS VC label used by this device to send packets to the far-end device in this service via this SDP.

The MPLS label used by the far-end device to send packets to this device in this service via this SDP. This label is either sdpBindAdminIngressLabel, if not null, or the one obtained via the SDPs signaling protocol.

The MPLS label used by this device to send packets to the far-end device in this service via this SDP. This label is either sdpBindAdminEgressLabel, if not null, or the one obtained via the SDPs signaling protocol.

The desired state of this Service-SDP binding.

The value of sdpBindOperStatus indicates the operating status of this Service-SDP binding. up The Service-SDP binding is operational. noEgressLabel The ingress label is available but the egress one is missing. noIngressLabel The egress label is available but the ingress one is not. noLabels Both the ingress and the egress labels are missing. down The binding is administratively down. svcMtuMismatch Both labels are available, but a service MTU mismatch was detected between the local and the far-end devices. sdpPathMtuTooSmall The operating path MTU of the corresponding SDP minus the size of the SDP Bind control word (if applicable) is smaller than the service MTU. sdpNotReady The SDPs signaling session is down. sdpDown The SDP is not operationally up. sapDown The SAP associated with the service is down.

The value of sysUpTime at the time of the most recent management-initiated change to this Service-SDP binding.

This object indicates whether this Service SDP binding is a spoke or a mesh. The value of this object must be specified when the row is created and cannot be changed while the row status is active.

The row index in the tMacFilterTable corresponding to this ingress filter, or zero if no filter is specified.

The row index in the tIPFilterTable corresponding to this ingress filter, or zero if no filter is specified.

The row index in the tMacFilterTable corresponding to this egress filter, or zero if no filter is specified.

The row index in the tIPFilterTable corresponding to this egress filter, or zero if no filter is specified.

The VPN ID of the associated service.

The Customer ID of the associated service.

The value of sdpBindVcType is an enumerated integer that specifies the type of virtual circuit (VC) associated with the SDP binding. The value vpls is no longer supported.

This value of the object sdpBindSplitHorizonGrp specifies the name of the split-horizon group where the spoke SDP Bind belongs to. This object can be set only at the time the row is created. Per default a spoke SDP Bind does not belong to any split-horizon group. The name specified must correspond to an existing split-horizon group in the TLS service where this spoke SDP Bind is defined.

This object specifies all the conditions that affect the operating status of this SDP Bind. The bit values are as follows: sdpBindAdminDown (0) - SDP Bind is admin down. svcAdminDown (1) - Service is admin down. sapOperDown (2) - SAP is oper down (VLLs only). sdpOperDown (3) - SDP is oper down. sdpPathMtuTooSmall (4) - SDPs path MTU minus SDP Bind control word size is less than Service MTU. noIngressVcLabel (5) - No ingress VC label. noEgressVcLabel (6) - No egress VC label. svcMtuMismatch (7) - Service MTU mismatch with the remote PE. vcTypeMismatch (8) - VC type mismatch with the remote PE. relearnLimitExceeded (9) - MAC relearn limit was exceeded (TLS only). iesIfAdminDown (10) - IP interface is admin down (IES and VPRN only). releasedIngressVcLabel (11) - Peer released our ingress VC label. labelsExhausted (12) - Label Manager has ran out of labels. svcParamMismatch (13) - Service-specific parameter mismatch. insufficientBandwidth (14) - Insufficient bandwidth to allocate to SDP binding. pwPeerFaultStatusBits (15) - Received PW fault status bits from peer. meshSdpDown (16) - Mesh SDP Down. notManagedByMcRing (17) - Not managed by mc-ring. outOfResource (18) - Such as memory. mhStandby (19) - Standby due to BGP. - multi-home protocol. oamDownMepFault (20) - ETH-CFM down MEP fault detected. oamUpMepFault (21) - ETH-CFM up MEP fault detected. standbySigSlaveTxDown (22) - Transmit is down for - standby-sig-spoke. operGrpDown (23) - Operational group is down. withdrawnIngressVcLabel(24) - Withdrawn due to Incompatiblity. vplsPmsiDown (25),- provider-tunnel down. recProtSrcMac (26) - Received a packet with a - protected source MAC. peerFaultStatusTxDown (27) - Transmit is down because - block-on-peer-fault is - enabled and received PW - faults status from peer

The value of the object sdpBindLastStatusChange specifies the value of sysUpTime at the time of the most recent operating status change to this SDP Bind.

When this SDP Bind is defined on an IES service and the value of sdpBindType is spoke, this object specifies the index of the associated IES interface. The value of this object can be set only when the row is created and cannot be changed while the row status is active. This object is otherwise not significant and should have the value zero.

The value of the object sdpBindMacPinning specifies whether or not MAC address pinning is active on this SDP bind (mesh or spoke). Setting the value to enable disables re-learning of MAC addresses on other SAPs or SDPs within the same VPLS; the MAC address will hence remain attached to the SDP Bind for the duration of its age-timer. This object has effect only for MAC addresses learned via the normal MAC learning process, and not for entries learned via DHCP. The value will be set by default to disabled. However for a spoke SDP that belongs to a residential SHG, the value is set to enabled by the system, and cannot be altered by the operator. This object applies to spoke-SDP associated with the service with svcType set to tls.

The value of the object sdpBindIngressIpv6FilterId specifies the row index in the tIPv6FilterTable corresponding to this ingress ipv6 filter, or zero if no ipv6 filter is specified.

The value of the object sdpBindEgressIpv6FilterId specifies the row index in the tIPv6FilterTable corresponding to this egress ipv6 filter, or zero if no ipv6 filter is specified.

The value of the object sdpBindCollectAcctStats specifies whether the agent collects accounting statistics for this SDP bind. When the value is true the agent collects accounting statistics on this SDP bind.

The value of sdpBindAccountingPolicyId specifies the policy to use to collect accounting statistics on this SDP bind. The value zero indicates that the agent should use the default accounting policy, if one exists.

sdpBindPwPeerStatusBits indicates the bits set by the LDP peer when there is a fault on its side of the pseudowire. LAC failures occur on the SAP that has been configured on the PIPE service, PSN bits are set by SDP-binding failures on the PIPE service. The pwNotForwarding bit is set when none of the above failures apply, such as an MTU mismatch failure. This value is only applicable if the peer is using the pseudowire status signalling method to indicate faults.

sdpBindPeerVccvCvBits indicates the CV type bits set by the LDP peer if it supports VCCV (Virtual Circuit Connection Verification) on a pseudowire. If the peer does not send VCCV information, or does not support it, the bits will be set to 0.

sdpBindPeerVccvCcBits indicates the CC type bits set by the LDP peer if it supports VCCV (Virtual Circuit Connection Verification) on a pseudowire. If the peer does not send VCCV information, or does not support it, the bits will all be 0.

sdpBindControlWordBit specifies whether the use of the ControlWord is preferred or not. The value of sdpBindControlWordBit is exchanged with LDP peer during pseudowire negotiation time. The default value is determined by sdpBindVcType. sdpBindVcType of atmSdu and frDlci must have default value of true. Other values of sdpBindVcType must have default value of false.

sdpBindOperControlWord indicates whether the ControlWord is used or not. The value of sdpBindOperControlWord is negotiated with the LDP peer. When both the local and the peer prefer the use of the ControlWord, sdpBindOperControlWord has the value of true.

sdpBindEndPoint specifies the service endpoint to which this SDP bind is attached. The svcId of the SDP bind MUST match the svcId of the service endpoint.

sdpBindEndPointPrecedence specifies the precedence of this SDP bind when there are multiple SDP binds attached to one service endpoint. The value 0 can only be assigned to one SDP bind, making it the primary SDP bind. When an SDP bind goes down, the next highest precedence SDP bind begins forwarding traffic.

sdpBindIsICB specifies whether this sdpBind is an inter-chassis backup SDP bind.

The value of the object sdpBindPwFaultInetAddressType indicates the address type of sdpBindPwFaultInetAddress.

The value of sdpBindPwFaultInetAddress indicates the IP address that was included in the pseudowire status message sent by the LDP peer. This value is only applicable if the peer is using the pseudowire status signalling method to indicate faults.

The value of sdpBindClassFwdingOperState indicates the operational state of forwarding-class based forwarding on this sdpBind. When the SDP this sdpBind is bound to has sdpClassFwdingEnabled set to false, the value of sdpBindClassFwdingOperState is outOfService. When the SDP this sdpBind is bound to has sdpClassFwdingEnabled set to true and the svcType of the service this sdpBind is defined on is tls, vprn, or ies, the value of sdpBindClassFwdingOperState is inService. If the service has svcVcSwitching set to true, the value of sdpBindClassFwdingOperState is inService When the SDP this sdpBind is bound to has sdpClassFwdingEnabled set to true and the svcType of the service this sdpBind is defined on is epipe, apipe, fpipe, or ipipe with no SAP defined on the service, the value of sdpBindClassFwdingOperState is unknown. If the service has a SAP with a NULL sapIngressSharedQueuePolicy, the value of sdpBindClassFwdingOperState is outOfService. If the service has a SAP with a non-NULL sapIngressSharedQueuePolicy, the value of sdpBindClassFwdingOperState is inService.

The value of sdpBindForceVlanVcForwarding specifies whether or not vc-vlan-type forwarding is forced in the data-path for the sdp which have sdpBindVcType set to ether. When set to true vc-vlan-type forwarding is forced. An inconsistentValue error is returned when an attempt is made to set the value of sdpBindForceVlanVcForwarding to true and sdpBindVcType is not set to ether.

The value of the object sdpBindAdminBandwidth specifies the bandwidth that needs to be reserved for this SDP binding in kilo-bits per second. The SdpBindBandwidth object only applies to the SDP bindings under the epipe(1), apipe(7), fpipe(8), ipipe(9) and cpipe(10) services.

The value of the object sdpBindOperBandwidth indicates the bandwidth that has been reserved for this SDP binding in kilo-bits per second. The value 0 indicates that SDP doesnt have bandwidth to satisfy the bandwidth requirement of this SDP binding. The sdpBindOperBandwidth object only applies to the SDP bindings under the epipe(1), apipe(7), fpipe(8), ipipe(9) and cpipe(10) services.

The value of sdpBindCreationOrigin indicates the protocol or mechanism which created this SDP binding.

The value of sdpBindDescription specifies a user-provided description for the SDP Bind.

The value of sdpBindSiteName indicates the site-name associated with this SDP Bind.

The value of sdpBindHashLabel specifies whether the use of hash-label is enabled or not on this SDP Bind.

The value of sdpBindIsaAaApplicationProfile specifies the ISA-AA application profile for this sdp. The specified application profile needs to exist in the TIMETRA-BSX-NG-MIB::tmnxBsxAppProfTable.

The value of sdpBindStandbySigSlave specifies whether transmission of the spoke will be blocked when the spoke receives standby status notification from its peer.

The value of sdpBindHashLabel specifies whether to signal the hash label capability to the remote PE. The default value is false and cannot be changed unless sdpBindHashLabel is set to true.

The value of sdpBindIngressFlowspec specifies whether ingress Flowspec is enabled for this sdp.

The value of sdpBindCpmProtPolicyId specifies the CPM protection policy for this SDP binding. Zero specifies that no CPM protection policy is associated with this SDP binding. A non-zero value must be the index of an active tmnxCpmProtPolTable row. If the SDP binding can support Eth-CFM MEPs or MIPs, the default CPM protection policy is 255 (which is the default CPU protection policy for a network interface). Zero is not supported in this case. If the SDP binding cannot support Eth-CFM MEPs or MIPs, the default CPM protection policy is zero. Changing the CPM protection policy value is not supported in this case.

The value of sdpBindCpmProtMonitorMac specifies whether the tmnxCpmProtPolPerSrcRateLimit of the CPM protection policy (as specified by sdpBindCpmProtPolicyId) must be applied. If the value of sdpBindCpmProtMonitorMac is true, the per-source rate limit must be applied. If the value of sdpBindCpmProtPolicyId is zero, the value of sdpBindCpmProtMonitorMac is irrelevant and will be ignored. At most one of sdpBindCpmProtMonitorMac and the sdpBindCpmProtEthCfmMonitorFlags option ethCfmMonitor(0) can be enabled for this SDP binding.

The value of sdpBindCpmProtEthCfmMonitorFlags specifies whether or not to apply rate limiting (using the tmnxCpmProtEthCfmPolTable configuration) to Ethernet Connectivity Fault Management (Eth-CFM) packets served by the SDP binding. Two associated options are also specified. Five combinations of flag values are supported, as shown in the following table. Flag Value (0=Disabled, 1=Enabled) ------------------------------------- ----------------------------- ethCfmMonitor(0) 0 0 0 0 1 1 1 1 ethCfmMonitorAggregate(1) 0 0 1 1 0 0 1 1 ethCfmMonitorCommittedAccessRate(2) 0 1 0 1 0 1 0 1 ------------------------------------- ----------------------------- Supported Combination? Y N N N Y Y Y Y If ethCfmMonitor(0) is disabled, Eth-CFM rate limiting is disabled on this SDP binding. If ethCfmMonitor(0) is enabled, Eth-CFM rate limiting is enabled on this SDP binding. Excess packets are discarded. The configured information used to perform the Eth-CFM rate limiting (e.g. the rate limit(s)) resides in the tmnxCpmProtEthCfmPolTable row(s) indexed by the SDP bindings sdpBindCpmProtPolicyId. At most one of ethCfmMonitor(0) and sdpBindCpmProtMonitorMac can be enabled for this SDP binding. The flags ethCfmMonitorAggregate(1) and ethCfmMonitorCommittedAccessRate(2) adjust the behavior of Eth-CFM rate limiting. Therefore, they are only significant if Eth-CFM rate limiting is enabled (i.e. when ethCfmMonitor(0) is enabled). The remainder of this DESCRIPTION assumes ethCfmMonitor(0) is enabled. If ethCfmMonitorAggregate(1) is disabled, the applicable Eth-CFM packet rate limit (tmnxCpmProtEthCfmPolRateLimit) applies per peer (i.e. on a source MAC address basis). For example, if the SDP bindings rate limit for all Eth-CFM packets is 100 packets/sec, and two peers are served by the SDP binding, then 100 Eth-CFM packets/sec from each peer is within the limit. If ethCfmMonitorAggregate(1) is enabled, the applicable Eth-CFM packet rate limit (tmnxCpmProtEthCfmPolRateLimit) applies to the aggregated traffic flow. For example, if the SDP bindings rate limit for all Eth-CFM packets is 100 packets/sec, and two peers are served by this SDP binding, then the combined rate of the two peers cannot exceed 100 packets/sec. ethCfmMonitorCommittedAccessRate(2) controls the interaction between two features: Eth-CFM rate limiting, and overall rate limiting (as configured using tmnxCpmProtPolOverallRateLimit). If ethCfmMonitorCommittedAccessRate(2) is disabled, an Eth-CFM packet is subjected to two rate limits, in the following order. a) The applicable tmnxCpmProtEthCfmPolRateLimit is applied, as described above. If the packet exceeds the limit, it is discarded. Otherwise... b) The SDP bindings tmnxCpmProtPolOverallRateLimit (which is applied to Eth-CFM packets, and the other rate limited packet types) is applied. If ethCfmMonitorCommittedAccessRate(2) is enabled, an Eth-CFM packet is subjected to one rate limit: the applicable tmnxCpmProtEthCfmPolRateLimit, as described above. Eth-CFM packets are neither counted nor discarded when performing the tmnxCpmProtPolOverallRateLimit rate limiting.

The value of sdpBindTransitIpPolicyId specifies the transit IP policy to be associated with this SDP binding. The value must either be 0 indicating an invalid transit IP policy or the specified transit IP policy needs to exist in the TIMETRA-BSX-NG-MIB::tmnxBsxTransitIpPolicyTable. At most one of sdpBindTransitIpPolicyId and sdpBindTransitPrefixPolicyId can be non-zero.

The value of sdpBindPwStatusSignaling specified whether this SDP binding supports pseudowire status signaling. Default value depends on the type of service: - For VPLS services it is true and configurable. - For EPIPE services it is true and configurable. - For all other VLL services it is true but not configurable. - For Mirror services it is true but not configurable. - For IES/VPRN services it is true but not configurable. - For all other services it is false and not configurable. An inconsistentValue error is returned when an attempt is made to change this value for a SDP binding that is not configurable.

The value of the sdpBindOperGrp specifies the Operational-Group identifier associated with this SDP Bind. An inconsistentValue error is returned when both sdpBindOperGrp and sdpBindMonitorOperGrp are set together and atleast one of them to a non-default value.

The value of the sdpBindMonitorOperGrp specifies the Operational-Group identifier which will affect the state of this SDP Bind. An inconsistentValue error is returned when both sdpBindOperGrp and sdpBindMonitorOperGrp are set together and atleast one of them to a non-default value.

The value of sdpBindOperHashLabel indicates the negotiated value of hash label that is used on this SDP binding. If the value of sdpBindHashLabel is set to true but the value of sdpBindHashLabelSignalCapability is set to false then sdpBindOperHashLabel will be true. If the value of sdpBindHashLabelSignalCapability set to true then the value of sdpBindOperHashLabel is true if peer capability is true and the 7xxx SR router hardware supports this capability. If the service has svcVcSwitching set to true, the value of sdpBindOperHashLabel will be true if peer capability is true and the 7xxx SR router hardware supports this capability.

The value of sdpBindTransitPrefixPolicyId specifies the transit prefix policy to be associated with this SDP binding. The value must either be 0 indicating an invalid transit prefix policy or the specified transit prefix policy needs to exist in the TIMETRA-BSX-NG-MIB::tmnxBsxTransPrefPolicyTable. At most one of sdpBindTransitIpPolicyId and sdpBindTransitPrefixPolicyId can be non-zero.

The value of sdpBindAarpId specifies the AA Redundancy Protocol (AARP) instance associated with this SDP binding. If set to 0, no AARP instance is associated with this SDP binding.

The value of the sdpBindIngressQoSNetworkPlcyId specifies the ingress QoS network policy applied to this SDP binding.

The value of the sdpBindEgressQoSNetworkPlcyId specifies the egress QoS network policy applied to this SDP binding.

The value of sdpBindIngressQoSFpRedirectQGrp specifies the forwarding-plane queue group Policy for this SDP binding. This object must be set along with sdpBindIngressQoSNetworkPlcyId object.

The value of sdpBindEgressQoSPortRedirectQGrp specifies the forwarding-plane queue group Policy for this SDP binding. This object must be set along with sdpBindEgressQoSNetworkPlcyId object.

The value of sdpBindIngressQoSInstanceId specifies the instance of the forwarding-plane ingress Queue Group for this SDP binding.

The value of sdpBindEgressQoSInstanceId specifies the instance of the forwarding-plane egress Queue Group for this SDP binding.

The value of sdpBindAarpServRefType specifies the role of the Spoke SDP referenced by the Redundancy Protocol (AARP) instance identified by sdpBindAarpId. If sdpBindAarpId is the invalid AARP instance 0, then the service reference type is none(0).

sdpBindPwLocalStatusBits indicates the bits set locally when there is a fault. LAC failures occur on the SAP that has been configured on the PIPE service, PSN bits are set by SDP-binding failures on the PIPE service. The pwNotForwarding bit is set when none of the above failures apply, such as an MTU mismatch failure. This value is sent to the peer via pseudowire status signalling method to indicate faults only if sdpBindPwStatusSignaling is set to true.

The sdpBindBlockOnPeerFault specifies whether to block the user traffic on this SDP bind when peer pw status has fault bits set.

A table that contains basic SDP Binding statistics.

Basic statistics about a specific SDP Binding.

The Customer ID of the associated service.

A table that contains TLS spoke SDP Bind information.

TLS specific information about an SDP Bind.

The value of the object sdpBindTlsStpAdminStatus specifies whether this SDP Bind participates in the TLSs Spanning Tree Protocol.

The value of the object sdpBindTlsStpPriority specifies the value of the port priority field which is contained in the most significant 4 bits of the 16-bit Port ID associated with this SDP Bind. As only the most significant 4 bits of the value are used, the actual value of this object is limited to multiples of 16: e.g. the agent rounds down the value to one of: 0, 16, 32, .. , 224, 240.

The value of the object sdpBindTlsStpPortNum specifies the value of the port number field which is contained in the least significant 12 bits of the 16-bit Port ID associated with this SDP Bind. Values in the range 2048..4094 are automatically assigned by the agent when the SDP Bind is created or when the value of this object is set to zero via management. Values in the range 1..2047 can be set via management, to allow this object to have a deterministic value across system reboots.

The value of the object sdpBindTlsStpPathCost specifies the contribution of this port to the path cost of paths towards the spanning tree root which include this port.

The value of the object sdpBindTlsStpRapidStart specifies whether Rapid Start is enabled on this SDP Bind. When the value is enabled the Spanning Tree Protocol state transitions on this SDP Bind are driven by the value of the HelloTime, instead of the value of ForwardDelay, thus allowing a faster transition into the forwarding state.

The value of the object sdpBindTlsStpBpduEncap specifies the type of encapsulation used on BPDUs sent out and received on this SDP Bind.

The value of the object sdpBindTlsStpPortState indicates the ports current state as defined by application of the Spanning Tree Protocol. This state controls what action a port takes on reception of a frame. If the bridge has detected a port that is malfunctioning it will place that port into the broken state. All possible states are: learning, forwarding, broken, and discarding.

The value of the object sdpBindTlsStpDesignatedBridge indicates the Bridge Identifier of the bridge which this port considers to be the Designated Bridge for this ports segment.

The value of the object sdpBindTlsStpDesignatedPort indicates the Port Identifier of the port on the Designated Bridge for this ports segment.

The value of the object sdpBindTlsStpForwardTransitions indicates the number of times this port has transitioned from the Learning state to the Forwarding state.

The value of the object sdpBindTlsStpInConfigBpdus indicates the number of Configuration BPDUs received on this SDP Bind.

The value of the object sdpBindTlsStpInTcnBpdus indicates the number of Topology Change Notification BPDUs received on this SDP Bind.

The value of the object sdpBindTlsStpInBadBpdus indicates the number of bad BPDUs received on this SDP Bind.

The value of the object sdpBindTlsStpOutConfigBpdus indicates the number of Configuration BPDUs sent out this SDP Bind.

The value of the object sdpBindTlsStpOutTcnBpdus indicates the number of Topology Change Notification BPDUs sent out this SDP Bind.

The value of the object sdpBindTlsStpOperBpduEncap indicates the operating encapsulation type used on BPDUs sent out and received on this SDP Bind.

The value of the object sdpBindTlsStpVpnId indicates the VPN ID of the associated service.

The value of the object sdpBindTlsStpCustId indicates the Customer ID of the associated service.

The value of the object sdpBindTlsMacAddressLimit specifies the maximum number of learned and static entries allowed in the FDB for this SDP Bind. The value 0 means: no limit for this SDP Bind. The command is valid only for spoke SDPs. The maximum value of sdpBindTlsMacAddressLimit is 511999, when the the value of TIMETRA-CHASSIS-MIB::tmnxChassisOperMode is d. The maximum value of sdpBindTlsMacAddressLimit is 196607, when the the value of TIMETRA-CHASSIS-MIB::tmnxChassisOperMode is c. In other cases, the maximum value of sdpBindTlsMacAddressLimit is 131071.

The value of the object sdpBindTlsNumMacAddresses indicates the number of MAC addresses currently present in the FDB that belong to this SDP Bind (Both learned and static MAC addresses are counted).

The value of the object sdpBindTlsNumStaticMacAddresses indicates the number of static MAC addresses currently present in the FDB that belong to this SDP Bind.

The value of the object sdpBindTlsMacLearning specifies whether the MAC learning process is enabled for this SDP Bind. The value is ignored if MAC learning is disabled on service level.

The value of the object sdpBindTlsMacAgeing specifies whether the MAC aging process is enabled for this SDP Bind. the value is ignored if MAC aging is disabled on service level.

The value of the object sdpBindTlsStpOperEdge indicates the operational value of the Edge Port parameter. The object is initialized to the value of sdpBindTlsStpRapidStart and is set FALSE on reception of a BPDU.

The value of the object xx sdpBindTlsStpAdminPointToPoint specifies the administrative point-to-point status of the LAN segment attached to this sdp. A value of forceTrue indicates that this port should always be treated as if it is connected to a point-to-point link. A value of forceFalse indicates that this port should be treated as having a shared media connection.

The value of the object sdpBindTlsStpPortRole indicates the current role of the sdp as defined by the Rapid Spanning Tree Protocol.

The value of the object sdpBindTlsStpAutoEdge specifies whether this SDP is enabled for auto-edge detection as defined by Rapid Spanning Tree Protocol.

The value of the object sdpBindTlsStpOperProtocol indicates whether stp, rstp or mstp is running on this spoke sdp. If the protocol is not enabled on this spoke-sdp the value notApplicable is returned.

The value of the object sdpBindTlsStpInRstBpdus indicates the number of Rapid Spanning Tree (Rst) BPDUs received on this SDP.

The value of the object sdpBindTlsStpOutRstBpdus indicates the number of Rapid Spanning Tree (Rstp) BPDUs sent out on this SDP.

When sdpBindTlsLimitMacMove value is set to blockable (1) the agent will monitor the MAC relearn rate on this SDP Bind, and it will block it when the re-learn rate specified by svcTlsMacMoveMaxRate is exceeded. When the value is nonBlockable this SDP binding will not be blocked, and another blockable SDP binding will be blocked instead.

With the object sdpBindTlsMacAddressLimit a limit can be configured for the max number of MAC addresses that will be learned on this SDP Bind (only for spoke SDPs). When this limit is reached, packets with unknown source MAC address are forwarded by default. By setting sdpBindTlsDiscardUnknownSource to enabled, packets with unknown source MAC will be dropped in stead.

The value of the object sdpBindTlsMvplsPruneState indicates the mVPLS prune state of the spoke SDP. The object will be set to notApplicable if the spoke SDP is not managed by a mVPLS. If the SDP is managed the state reflects whether or not it is pruned by the STP instance running in the mVPLS instance.

The value of the object sdpBindTlsMvplsMgmtService indicates the service Id of the service where the STP instance is running that is managing this spoke SDP. This object is only valid if sdpBindTlsMvplsPruneState is different from notApplicable.

The value of the object sdpBindTlsMvplsMgmtSdpBndId indicates the SDP bind id in the mVPLS instance specified in sdpBindTlsMvplsMgmtService that is controlling this SDP. This object is only valid if sdpBindTlsMvplsPruneState is different from notApplicable.

The value of the object sdpBindTlsStpException indicates whether an STP exception condition is present on this Spoke Sdp. - none : no exception condition found. - oneWayCommuniation : The neighbor RSTP peer on this link is not able to detect our presence. - downstreamLoopDetected :A loop is detected on this link.

The value of the object sdpBindTlsL2ptTermination specifies whether received L2 Protocol Tunnel pdus are terminated on this port or sdp

The value of the object sdpBindTlsBpduTranslation specifies whether received L2 Protocol Tunnel pdus are translated before being sent out on this port or sap

The value of the object sdpBindTlsStpRootGuard specifies whether this port is allowed to become STP root port. It corresponds to the parameter restrictedRole in 802.1Q. If set, it can cause lack of spanning tree connectivity.

The value of the object sdpBindTlsStpInMstBpdus indicates the number of Multiple Spanning Tree (Mst) BPDUs received on this SDP.

The value of the object sdpBindTlsStpOutMstBpdus indicates the number of Multiple Spanning Tree (Mst) BPDUs sent out on this SDP.

The value of the object sdpBindTlsStpRxdDesigBridge indicates the designated Bridge Identifier in the last BPDU which was received on this SDP.

The value of the object sdpBindTlsMacMoveNextUpTime counts down the time in seconds until a SDP bind that has been brought down due to exceeding the TLS svcTlsMacMoveMaxRate, sdpBindOperFlags relearnLimitExceeded, is automatically brought up again. When this value is 0xffff, the SDP bind will never be automatically brought up. When sdpBindOperStatus is up, this object counts down the time in seconds until the value of sdpBindTlsMacMoveRateExcdLeft is reset.

The value of the object sapTlsMacMoveRateExcdLeft counts down the number of times this SDP bind can exceed the TLS svcTlsMacMoveMaxRate and still be automatically brought up.

The value of the object sdpBindTlsLimitMacMoveLevel specifies the hierarchy in which spoke-SDPs are blocked when a MAC-move limit is exceeded. When a MAC is moving among multiple SAPs or spoke-SDPs, the SAP bind or spoke-SDP bind with the lower level is blocked first. (tertiary is the lowest)

The value of the object sdpBindTlsBpduTransOper indicates the operational BPDU encapsulation used for BPDU translated frames.

The value of the object sdpBindTlsL2ptProtocols specifies which L2 Protocol Tunnel pdus are terminated on this port or sdp

The value of sdpBindTlsIgnoreStandbySig specifies whether the local internal tasks will take into account the pseudo-wire forwarding standby bit received from the LDP peer which is normally ignored. When set to true, this bit is not considered in the internal tasks. A similar object svcEndPointIgnoreStandbySig is present at the endpoint level. If this spoke-SDP is part of that explicit endpoint, this object will be set to the value of svcEndPointIgnoreStandbySig and its value will not allowed to be changed. This spoke-SDP can be made part of an explicit-endpoint only if the setting of this object is not conflicting with the setting of svcEndPointIgnoreStandbySig object.

The value of sdpBindTlsBlockOnMeshFail specifies that the operational status of this spoke SDP will consider operational status of associated mesh SDPs in this service. If there are no mesh SDPs in the service, value of this object is ignored. When this object is set to true, then the operational status of this spoke SDP will be down until the operational status of atleast one mesh SDP in this service is up. When set to false, the operational status of this spoke SDP does not consider the operational status of any mesh SDPs in the service.

The value of the object sdpBindTlsInTcBitBpdus indicates the number BPDUs received on this SDP Bind with the Topology Change bit set.

The value of the object sdpBindTlsOutTcBitBpdus indicates the number BPDUs sent out this SDP Bind with the Topology Change bit set.

The value of the object sdpBindTlsRestProtSrcMac specifies how the agent will handle relearn requests for protected MAC addresses. When the value of this object is true requests to relearn a protected MAC address will be ignored. In addition, if the value of sdpBindTlsRestProtSrcMacAction is disable, then the SDP-BIND where the protected source MAC was seen will be brought operationally down.

The value of the object sdpBindTlsRestProtSrcMacAction indicates the action to take whenever a relearn request for a protected MAC is received on a restricted SAP. When the value of this object is disable the SAP will be placed in the operational down state, with the operating flag recProtSrcMac set. When the value of this object is alarmOnly, the SDP-BIND will be left up and only a notification, sdpBindReceivedProtSrcMac, will be generated. When the value of this object is discardFrame, the SDP-BIND will start discarding the frame in addition to generating sdpBindReceivedProtSrcMac notification.

The value of sdpBindTlsAutoLearnMacProtect specifies whether to enable automatic population of the MAC protect list with source MAC addresses learned on the associated SDP binding.

A table that contains TLS Mesh SDP Bind information.

TLS specific information about an Mesh SDP Bind.

This object indicates the actual state of the Mesh SDP. If the sdp is operationally down, the port will be in the disabled state. If the sdp is operationally up, the state will be forwarding unless the hold-down timer is active in which case the state will be discarding.

When the hold-down timer is active, all traffic coming from this mesh sdp will be blocked. This timer will be activated for any of the following cases: 1. when a mesh SDP becomes operational; 2. when a disputed BPDU is received over this mesh sdp; This is typically a symptom of one way communication (the peer at the other side of the mesh sdp does not receive our BPDUs). 3. when a MSTP BPDU from outside the region is received over this mesh SDP.

This object indicates whether we already received an agreement from the peer connected via this mesh sdp. RSTP expects an agreement from every peer after sending a proposal over the VCP when it wants to transition the latter to the forwarding state. This object is only relevant when the role of the VCP is designated. Not receiving an agreement is typically caused by an improperly configured sdp or by a non rstp enabled peer.

This object sdpBindMeshTlsNotInMstRegion indicates whether we received a BPDU from another MST-region on this mesh SDP. If set to true then the object sdpBindMeshTlsHoldDownTimer will have the value active. It is up to the operator to make sure bridges connected via mesh SDPs are in the same MST-region. If not the mesh will NOT become operational.

The value of the object sdpBindMeshTlsRestProtSrcMac specifies how the agent will handle relearn requests for protected MAC addresses. When the value of this object is true requests to relearn a protected MAC address will be ignored. In addition, if the value of sdpBindMeshTlsRestProtSrcMacAct is disable, then the SDP-BIND where the protected source MAC was seen will be brought operationally down.

The value of the object sdpBindMeshTlsRestProtSrcMacAct indicates the action to take whenever a relearn request for a protected MAC is received on a restricted SAP. When the value of this object is disable the SAP will be placed in the operational down state, with the operating flag recProtSrcMac set. When the value of this object is alarmOnly, the SDP-BIND will be left up and only a notification, sdpBindReceivedProtSrcMac, will be generated. When the value of this object is discardFrame, the SDP-BIND will start discarding the frame in addition to generating sdpBindReceivedProtSrcMac notification.

The value of sdpBindMeshTlsAutoLearnMacProt specifies whether to enable automatic population of the MAC protect list with source MAC addresses learned on the associated SDP binding.

The sdpBindApipeTable has an entry for each apipe sdpBind configured on this system.

Each row entry represents a particular sdpBind related to a particular Apipe service entry. Entries are created/deleted by the user.

The value of sdpBindApipeAdminConcatCellCount specifies the maximum number of ATM cells to accumulate into an MPLS packet. The remote peer will also signal the maximum number of concatenated cells it is willing to accept in an MPLS packet. When the lesser of (the configured value and the signaled value) number of cells is reached, the MPLS packet is queued for transmission onto the pseudowire.

The value of sdpBindApipeSigConcatCellCount indicates the maximum number of concatenated ATM cells the remote peer is willing to accept. If there is no remote peer, or if the label mapping has not been received, this object will be zero (0).

The value of sdpBindApipeOperConcatCellCount indicates the maximum number of concatenated ATM cells that will be sent on this SDP binding.

The value of sdpBindApipeConcatMaxDelay object specifies the maximum amount of time to wait while performing ATM cell concatenation into an MPLS packet before transmitting the MPLS packet. This places an upper bound on the amount of delay introduced by the concatenation process. When this amount of time is reached from when the first ATM cell for this MPLS packet was received, the MPLS packet is queued for transmission onto the pseudowire.

The value of sdpBindApipeConcatCellClp specifies whether a CLP change should be used as an indication to complete the cell concatenation operation. When the value is true, CLP is used to indicate that cell concatenation should be completed.

The value of sdpBindApipeConcatCellAal5Fr specifies whether the AAL5 EOP (end of packet) should be used as an indication to complete the cell concatenation operation. When the value is true, EOP is used to indicate that cell concatenation should be completed.

A table that contains DHCP information related to a SDP Bind. A row will exist in this table for each spoke or mesh SDP in a Tls Service. Rows are created and deleted automatically by the system.

DHCP specific information about an SDP Bind.

The value of the object sdpBindDhcpDescription specifies a user provided description for DHCP on this Sdp Bind.

The value of the object sdpBindDhcpSnoop specifies whether or not DHCP snooping is enabled on the Sdp Bind.

sdpBindDhcpStatsTable contains DHCP statistics related to a TLS SDP Bind. A row will exist in this table for each spoke or mesh SDP in a Tls Service. Rows are created and deleted automatically by the system.

DHCP statistics for a TLS spoke SDP or mesh SDP.

The value of the object sdpBindDhcpStatsClntSnoopdPckts indicates the number of DHCP client packets that have been snooped on this SDP bind.

The value of the object sdpBindDhcpStatsSrvrSnoopdPckts indicates the number of DHCP server packets that have been snooped on this SDP bind.

The value of the object sdpBindDhcpStatsClntForwdPckts indicates the number of DHCP client packets that have been forwarded on this SDP bind.

The value of the object sdpBindDhcpStatsSrvrForwdPckts indicates the number of DHCP server packets that have been forwarded on this SDP bind.

The value of the object sdpBindDhcpStatsClntDropdPckts indicates the number of DHCP client packets that have been dropped on this SDP bind.

The value of the object sdpBindDhcpStatsSrvrDropdPckts indicates the number of DHCP server packets that have been dropped on this SDP bind.

The value of the object sdpBindDhcpStatsClntProxRadPckts indicates the number of DHCP client packets that have been proxied on this SDP bind based on data received from a RADIUS server.

The value of the object sdpBindDhcpStatsClntProxLSPckts indicates the number of DHCP client packets that have been proxied on this SDP bind based on a lease state. The lease itself can have been obtained from a DHCP or RADIUS server. This is the so called lease split functionality.

The value of the object sdpBindDhcpStatsGenReleasePckts indicates the number of DHCP RELEASE messages spoofed on this SDP bind to the DHCP server.

The value of the object sdpBindDhcpStatsGenForceRenPckts indicates the number of DHCP FORCERENEW messages spoofed on this SDP bind to the DHCP clients.

The sdpBindIpipeTable has an entry for each IPIPE sdpBind configured on this system.

Each row entry represents a particular sdpBind related to a particular IPIPE service entry. Entries are created/deleted by the user.

The value of the object sdpBindIpipeCeInetAddressType specifies the address type of the IP address of the CE device reachable throught this IPIPE SDP binding. This object is only configurable if the value of svcIpipeCeAddressDiscovery is disabled.

The type of this address is determined by the value of the sdpBindIpipeCeInetAddressType object. This object specifies the IPv4 address of the CE device reachable through this SDP binding. This object is only configurable if the value of svcIpipeCeAddressDiscovery is disabled.

If the value of svcIpipeCeAddressDiscovery is enabled, the value of the object sdpBindIpipeCeInetAddressType indicates the address type of the IP address of the CE device that is learnt via LDP on this IPIPE SDP binding.

If the value of svcIpipeCeAddressDiscovery is enabled, the type of this address is determined by the value of the sdpBindIpipeCeInetAddressType object. This object indicates the IPv4 address of the CE device that is learnt via LDP on this SDP binding.

The value of sdpBindIpipePeerIpv6Capability indicates whether the far end sent us the IPv6 Stack capability TLV.

If the value of svcIpipeIpv6CeAddressDiscovery is enabled (1), this object indicates the discovered link local IPv6 address of the far end CE device that is learnt via NS/NA messages received on this SDP binding.

If the value of svcIpipeIpv6CeAddressDiscovery is enabled (1), this object indicates the discovered global IPv6 address of the far end CE device that is learnt via NS/NA messages received on this SDP binding.

The sdpFCMappingTable has an entry for each FC mapping on an SDP configured on this system.

Each row entry represents a particular FC to LSP ID mapping on an SDP. Entries are created/deleted by the user.

The value of sdpFCMappingFCName specifies the forwarding class for which this mapping is defined, in the SDP indexed by sdpId.

The value of sdpFCMappingRowStatus is used for the creation and deletion of forwarding class to LSP mappings.

The value of sdpFCMappingLspId specifies the LSP ID that traffic corresponding to the class specified in sdpFCMappingFCName will be forwarded on. This object MUST be specified at row creation time.

The sdpBindTlsMfibAllowedMdaTable has an entry for each MFIB allowed MDA destination for an SDP Binding configured in the system.

Each row entry represents an MFIB allowed MDA destination for an SDP Binding configured in the system. Entries can be created and deleted via SNMP SET operations on the object sdpBindTlsMfibMdaRowStatus.

The value of sdpBindTlsMfibMdaRowStatus controls the creation and deletion of rows in this table.

The sdpBindCpipeTable has an entry for each cpipe sdpBind configured on this system.

Each row entry represents a particular sdpBind related to a particular Cpipe service entry. Entries are created/deleted by the user.

This object indicates the local payload size (in bytes).

This object indicates the remote payload size (in bytes). If there is no remote peer, or if the label mapping has not been received, or if this value has not been received from the remote peer then this object will be zero (0).

This object indicates the local bit-rate in multiples of 64 Kbit/s.

This object indicates the remote bit-rate in multiples of 64 Kbit/s. If there is no remote peer, or if the label mapping has not been received, or if this value has not been received from the remote peer then this object will be zero (0).

This object indicates the local CE application signalling packets mode.

This object indicates the remote CE application signalling packets mode. If there is no remote peer, or if the label mapping has not been received, or if the remote peer does not support signalling packets then this object will be zero (0).

This object indicates the local CAS trunk framing mode.

This object indicates the remote CAS trunk framing mode. If there is no remote peer, or if the label mapping has not been received, or if the remote peer does not support CAS trunk framing then this object will be zero (0).

This object indicates whether a RTP header is used when packets are transmitted to the remote peer, and the local peer expects a RTP header when packets are received from the remote peer.

This object indicates whether a RTP header is used when packets are transmitted by the remote peer, and the remote peer expects a RTP header when packets are received from the local peer. If there is no remote peer, or if the label mapping has not been received, or if the remote peer does not support RTP headers then this object will be false.

This object indicates whether differential timestamp mode is used in the RTP header when packets are transmitted to the remote peer, and the local peer expects differential timestamps in the RTP header when packets are received from the remote peer.

This object indicates whether differential timestamp mode is used in the RTP header when packets are transmitted by the remote peer, and the remote peer expects differential timestamps in the RTP header when packets are received from the local peer. If there is no remote peer, or if the label mapping has not been received, or if the remote peer does not support differential timestamp mode then this object will be false.

This object indicates the timestamp frequency used in the RTP header when packets are transmitted to the remote peer, and the local peer expects same timestamp frequency in the RTP header when packets are received from the remote peer. This value is in multiples of 8 KHz.

This object indicates the timestamp frequency used in the RTP header when packets are transmitted by the remote peer, and the remote peer expects the same timestamp frequency in the RTP header when packets are received from the local peer. If there is no remote peer, or if the label mapping has not been received, or if the remote peer does not support support RTP headers then this object will be zero (0). This value is in multiples of 8 KHz.

A table that contains TLS spoke SDP Bind Layer 2 Protocol Tunneling Statistics. This table complements the sdpBindTlsTable. Rows in this table are created and deleted automatically by the system.

TLS specific information about an SDP Bind.

The value of sdpBindTlsL2ptStatsLastClearedTime indicates the last time that these stats were cleared. The value zero indicates that they have not been cleared yet.

The value of sdpBindTlsL2ptStatsL2ptEncapStpConfigBpdusRx indicates the number of L2PT encapsulated STP config bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapStpConfigBpdusTx indicates the number of L2PT encapsulated STP config bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapStpRstBpdusRx indicates the number of L2PT encapsulated STP rst bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapStpRstBpdusTx indicates the number of L2PT encapsulated STP rst bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapStpTcnBpdusRx indicates the number of L2PT encapsulated STP tcn bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapStpTcnBpdusTx indicates the number of L2PT encapsulated STP tcn bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapPvstConfigBpdusRx indicates the number of L2PT encapsulated PVST config bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapPvstConfigBpdusTx indicates the number of L2PT encapsulated PVST config bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapPvstRstBpdusRx indicates the number of L2PT encapsulated PVST rst bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapPvstRstBpdusTx indicates the number of L2PT encapsulated PVST rst bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapPvstTcnBpdusRx indicates the number of L2PT encapsulated PVST tcn bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapPvstTcnBpdusTx indicates the number of L2PT encapsulated PVST tcn bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsStpConfigBpdusRx indicates the number of STP config bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsStpConfigBpdusTx indicates the number of STP config bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsStpRstBpdusRx indicates the number of STP rst bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsStpRstBpdusTx indicates the number of STP rst bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsStpTcnBpdusRx indicates the number of STP tcn bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsStpTcnBpdusTx indicates the number of STP tcn bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsPvstConfigBpdusRx indicates the number of PVST config bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsPvstConfigBpdusTx indicates the number of PVST config bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsPvstRstBpdusRx indicates the number of PVST rst bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsPvstRstBpdusTx indicates the number of PVST rst bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsPvstTcnBpdusRx indicates the number of PVST tcn bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsPvstTcnBpdusTx indicates the number of PVST tcn bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsOtherBpdusRx indicates the number of other bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsOtherBpdusTx indicates the number of other bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsOtherL2ptBpdusRx indicates the number of other L2PT bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsOtherL2ptBpdusTx indicates the number of other L2PT bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsOtherInvalidBpdusRx indicates the number of other invalid bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsOtherInvalidBpdusTx indicates the number of other invalid bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapCdpBpdusRx indicates the number of L2PT encapsulated CDP bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapCdpBpdusTx indicates the number of L2PT encapsulated CDP bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapVtpBpdusRx indicates the number of L2PT encapsulated VTP bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapVtpBpdusTx indicates the number of L2PT encapsulated VTP bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapDtpBpdusRx indicates the number of L2PT encapsulated DTP bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapDtpBpdusTx indicates the number of L2PT encapsulated DTP bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapPagpBpdusRx indicates the number of L2PT encapsulated PAGP bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapPagpBpdusTx indicates the number of L2PT encapsulated PAGP bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapUdldBpdusRx indicates the number of L2PT encapsulated UDLD bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsL2ptEncapUdldBpdusTx indicates the number of L2PT encapsulated UDLD bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsCdpBpdusRx indicates the number of CDP bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsCdpBpdusTx indicates the number of CDP bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsVtpBpdusRx indicates the number of VTP bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsVtpBpdusTx indicates the number of VTP bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsDtpBpdusRx indicates the number of DTP bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsDtpBpdusTx indicates the number of DTP bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsPagpBpdusRx indicates the number of PAGP bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsPagpBpdusTx indicates the number of PAGP bpdus transmitted on this spoke SDP.

The value of sdpBindTlsL2ptStatsUdldBpdusRx indicates the number of UDLD bpdus received on this spoke SDP.

The value of sdpBindTlsL2ptStatsUdldBpdusTx indicates the number of UDLD bpdus transmitted on this spoke SDP.

The value of pwTemplateTableLastChanged indicates the sysUpTime at the time of the last modification of pwTemplateTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

A table that contains entries for pseudowire (PW) templates specifying SDP auto-binding.

Information about a specific PW template.

The PW template identifier.

The value of pwTemplateRowStatus is used for the creation and deletion of PW templates.

The value of pwTemplateLastChanged indicates the sysUpTime at the time of the last modification of this entry. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of pwTemplateUseProvisionedSdp specifies whether the to use an already provisioned SDP. A value of true specifies that the tunnel manager will be consulted for an existing active SDP. Otherwise, a value of false specifies that the default SDP template will be used to use for instantiation of the SDP.

The value of pwTemplateVcType specifies the type of virtual circuit (VC) associated with the SDP Bind.

The value of pwTemplateAccountingPolicyId specifies the policy to use to collect accounting statistics on the SDP Bind. The value zero indicates that the agent should use the default accounting policy, if one exists.

The value of pwTemplateCollectAcctStats specifies whether the agent collects accounting statistics for the SDP Bind. When the value is true the agent collects accounting statistics on the SDP Bind.

The value of pwTemplateMacLearning specifies whether the MAC learning process is enabled for the SDP Bind. The value is ignored if MAC learning is disabled at service level.

The value of pwTemplateMacAgeing specifies whether the MAC aging process is enabled for the SDP Bind. The value is ignored if MAC aging is disabled at the service level.

With the object pwTemplateMacAddressLimit a limit can be configured for the max number of MAC addresses that will be learned on the SDP Bind (only for spoke SDPs). When the limit is reached, packets with unknown source MAC address are forwarded by default. By setting sdpBindTlsDiscardUnknownSource to enabled, packets with unknown source MAC will be dropped instead.

The value of pwTemplateLimitMacMove specifies the behavior for when the re-learn rate specified by svcTlsMacMoveMaxRate is exceeded. When pwTemplateLimitMacMove value is set to blockable the agent will monitor the MAC relearn rate on the SDP Bind, and it will block it when the re-learn rate specified by svcTlsMacMoveMaxRate is exceeded. When the value is nonBlockable the SDP Bind will not be blocked, and another blockable SDP Bind will be blocked instead.

The value of pwTemplateMacPinning specifies whether or not MAC address pinning is active on the SDP Bind (mesh or spoke). Setting the value to enabled disables re-learning of MAC addresses on other SAPs or SDPs within the same VPLS; the MAC address will hence remain attached to the SDP Bind for the duration of its age-timer. This object has effect only for MAC addresses learned via the normal MAC learning process, and not for entries learned via DHCP. The value will be set by default to disabled. However for a spoke SDP that belongs to a residential SHG, the value is set to enabled by the system, and cannot be altered by the operator.

The value of pwTemplateVlanVcTag specifies the VLAN VC tag for the SDP Bind.

The value of pwTemplateMacAddressLimit specifies the maximum number of learned and static entries allowed in the FDB for the SDP Bind. The value 0 specifies no limit for the SDP Bind. The command is valid only for spoke SDPs. When the value of TIMETRA-CHASSIS-MIB::tmnxChassisOperMode is a or b, the maximum value of this object is 131071. When the value of TIMETRA-CHASSIS-MIB::tmnxChassisOperMode is c, the maximum value of this object is 196607. When the value of TIMETRA-CHASSIS-MIB::tmnxChassisOperMode is d, the maximum value of this object is 524287.

The value of pwTemplateShgName specifies the name of the split-horizon group where the spoke SDP Bind belongs to. By default a spoke SDP Bind does not belong to any split-horizon group. The name specified must correspond to an existing split-horizon group in the TLS service where the spoke SDP Bind is defined.

The value of pwTemplateShgDescription specifies a user-provided description for split-horizon group on the SDP Bind.

The value of pwTemplateShgRestProtSrcMac specifies how the agent will handle relearn requests for protected MAC addresses. When the value of this object is true requests to relearn a protected MAC address will be ignored.

The value of pwTemplateShgRestUnprotDstMac specifies how the system will forward packets destined to an unprotected MAC address. When the value of this object is true packets destined to an unprotected MAC address will be dropped.

The value of pwTemplateEgressMacFilterId specifies the tMacFilterId which indexes an egress filter entry in TIMETRA-FILTER-MIB::tMacFilterTable, or zero if no filter is specified.

The value of pwTemplateEgressIpFilterId specifies the tIPFilterId which indexes an egress filter entry in TIMETRA-FILTER-MIB::tIPFilterTable, or zero if no filter is specified.

The value of pwTemplateEgressIpv6FilterId specifies the tIPv6FilterId which indexes an egress filter entry in TIMETRA-FILTER-MIB::tIPv6FilterTable, or zero if no filter is specified.

The value of pwTemplateIngressMacFilterId specifies the tMacFilterId which indexes an ingress filter entry in TIMETRA-FILTER-MIB::tMacFilterTable, or zero if no filter is specified.

The value of pwTemplateIngressIpFilterId specifies the tIPFilterId which indexes an ingress filter entry in TIMETRA-FILTER-MIB::tIPFilterTable, or zero if no filter is specified.

The value of pwTemplateIngressIpv6FilterId specifies the tIPv6FilterId which indexes an ingress filter entry in TIMETRA-FILTER-MIB::tIPv6FilterTable, or zero if no filter is specified.

The value of pwTemplateIgmpFastLeave specifies whether or not fastleave is allowed on the SDP Bind. If set to enabled, the system prunes the port on which an IGMP leave message has been received without waiting for the Group Specific Query to timeout.

The value of pwTemplateIgmpImportPlcy specifies a policy statement that must be applied to all incoming IGMP messages on the SDP Bind.

The value of pwTemplateIgmpLastMembIntvl specifies the Max Response Time (in tenths of a second) used in Group-Specific and Group-Source-Specific Queries sent in response to leave messages. This 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 pwTemplateIgmpMaxNbrGrps specifies how many group addresses are allowed for the SDP Bind. The value 0 means that no limit is imposed.

The value of pwTemplateIgmpGenQueryIntvl specifies the interval (in seconds) between two consecutive general queries sent by the system on the SDP. The value of this object is only meaningful when the value of pwTemplateIgmpSendQueries is enabled.

The value of pwTemplateIgmpQueryRespIntvl specifies the maximum response time (in seconds) advertised in IGMPv2/v3 queries. The value of this object is only meaningful when the value of pwTemplateIgmpSendQueries is enabled.

The value of pwTemplateIgmpRobustCount specifies the value of the Robust count. This object allows tuning for the expected packet loss on the SDP. If an SDP is expected to be lossy, the Robustness Variable may be increased. IGMP snooping is robust to (Robustness Variable-1) packet losses. The value of this object is only meaningful when the value of pwTemplateIgmpSendQueries is enabled.

The value of pwTemplateIgmpSendQueries specifies whether the system generates General Queries by itself on the SDP.

The value of pwTemplateIgmpMcacPolicyName indicates the name of the multicast CAC policy.

The value of pwTemplateIgmpMcacUnconstBW specifies the bandwidth assigned for interfaces multicast CAC policy traffic in kilo-bits per second(kbps). If the default value of -1 is set, there is no constraint on bandwidth allocated at the interface. If the value of pwTemplateIgmpMcacUnconstBW is set to 0 and if a multicast CAC policy is assigned on the interface, then no group (channel) from that policy is allowed on that interface.

The value of pwTemplateIgmpMcacPrRsvMndBW specifies the bandwidth pre-reserved for all the mandatory channels on a given interface in kilo-bits per second(kbps). If the value of pwTemplateIgmpMcacUnconstBW is 0, no mandatory channels are allowed. If the value of pwTemplateIgmpMcacUnconstBW is -1, then all mandatory and optional channels are allowed. If the value of pwTemplateIgmpMcacPrRsvMndBW is equal to the value of pwTemplateIgmpMcacUnconstBW, then all the unconstrained bandwidth on a given interface is allocated to mandatory channels configured through multicast CAC policy on that interface and no optional groups (channels) are allowed. The value of pwTemplateIgmpMcacPrRsvMndBW should always be less than or equal to that of pwTemplateIgmpMcacUnconstBW. An attempt to set the value of pwTemplateIgmpMcacPrRsvMndBW greater than that of pwTemplateIgmpMcacUnconstBW will result in inconsistentValue error.

The value of pwTemplateIgmpVersion specifies the version of IGMP for the PW template.

The value of pwTemplateForceVlanVcForwarding specifies whether or not vc-vlan-type forwarding is forced in the data-path when pwTemplateVcType is set to ether. When pwTemplateForceVlanVcForwarding is set to true, vc-vlan-type forwarding is forced. An inconsistentValue error is returned when an attempt is made to set the value of pwTemplateForceVlanVcForwarding to true and pwTemplateVcType is not set to ether.

The value of pwTemplateHashLabel specifies whether the use of hash-label is enabled or not for the PW template.

The value of pwTemplateControlWord specifies whether the use of ControlWord is enabled on pseudowire packets or not. When the value of the object is set to true, all VPLS packets are encapsulated with the control word when sent over the pseudowire. When the value of the object is set to false, the use of ControlWord is disabled.

The value of pwTemplateHashLabelSignalCap specifies whether to signal the hash label capability to the remote PE. The default value is false and cannot be changed unless pwTemplateHashLabel is set to true.

The value of the object pwTemplateRestProtSrcMac specifies how the agent will handle relearn requests for protected MAC addresses. When the value of this object is true requests to relearn a protected MAC address will be ignored. In addition, if the value of pwTemplateRestProtSrcMacAction is disable, then the SAP or SDP-BIND where the protected source MAC was seen will be brought operationally down.

The value of the object pwTemplateRestProtSrcMacAction indicates the action to take whenever a relearn request for a protected MAC is received on a restricted SAP. When the value of this object is disable the SAP will be placed in the operational down state, with the operating flag recProtSrcMac set. When the value of this object is alarmOnly, the SAP or SDP-BIND which sets the restricted MAC will be left up and only a notification, sapReceivedProtSrcMac or sdpBindReceivedProtSrcMac, will be generated. When the value of this object is discardFrame, the SAP or SDP-BIND which sees the restricted MAC will start discarding the frame in addition to generating sapReceivedProtSrcMac or sdpBindReceivedProtSrcMac notification.

The value of pwTemplateAutoLearnMacProtect specifies whether to enable automatic population of the MAC protect list with source MAC addresses learned on the SAP belonging to this template.

The value of the object pwTemplateShgRestProtSrcMacAct indicates the action to take whenever a relearn request for a protected MAC is received on a restricted SAP or SDP-BIND belonging to pwTemplateShgName. When the value of this object is disable the SAP or SDP-BIND belonging to pwTemplateShgName will be placed in the operational down state, with the operating flag recProtSrcMac set. When the value of this object is alarmOnly, the SAP belonging to pwTemplateShgName will be left up and only a notification, sapReceivedProtSrcMac or sdpBindReceivedProtSrcMac, will be generated. When the value of this object is discardFrame, the SAP or SDP-BIND belonging to pwTemplateShgName will start discarding the frame in addition to generating sapReceivedProtSrcMac or sdpBindReceivedProtSrcMac notification.

The value of pwTemplateShgAutoLearnMacProtect specifies whether to enable automatic population of the MAC protect list with source MAC addresses learned on the SAP or SDP-BIND belonging to pwTemplateShgName.

The value of the pwTemplateIngQoSNetworkPlcyId specifies the ingress QoS network policy applied to this PW template.

The value of the pwTemplateEgrQoSNetworkPlcyId specifies the egress QoS network policy applied to this PW template.

The value of pwTemplateIngQoSFpRedirectQGrp specifies the forwarding-plane queue group Policy for this PW template. This object must be set along with pwTemplateIngQoSNetworkPlcyId object. An inconsistentValue error is returned if pwTemplateIngQoSFpRedirectQGrp is set to a non-default value and an entry corresponding to tmnxFPNum to which this PW template belongs does not exist in tmnxFPAccIngQGrpTable.

The value of pwTemplateEgrQoSPortRedirectQGrp specifies the forwarding-plane queue group Policy for this PW template. This object must be set along with pwTemplateEgrQoSNetworkPlcyId object. An inconsistentValue error is returned if pwTemplateEgrQoSPortRedirectQGrp is set to a non-default value and an entry corresponding to tmnxFPNum to which this PW template belongs does not exist in tmnxFPAccIngQGrpTable.

The value of pwTemplateIngQoSInstanceId specifies the instance of the forwarding-plane ingress Queue Group for this PW template.

The value of pwTemplateEgrQoSInstanceId specifies the instance of the forwarding-plane egress Queue Group for this PW template.

The value of pwTemplateBlockOnPeerFault specifies whether to block user traffic being forwarded when peer pw status bits have faults for this PW template.

The value of pwTemplateIgmpSnpgGrpSrcTblLC indicates the sysUpTime at the time of the last modification of pwTemplateIgmpSnpgGrpSrcTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

A table that contains entries for static IGMP Snooping groups.

Information about a specific static IGMP Snooping groups.

The IP multicast group address type for this entry.

The IP multicast group address for this entry.

The source address type for this entry.

The source address for this entry.

The value of pwTemplateIgmpSnpgRowStatus is used for the creation and deletion of static IGMP snooping entries.

The value of pwTemplateIgmpSnpgLastChngd indicates the sysUpTime at the time of the last modification of this entry. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of pwTemplateMfibAllowedMdaTblLC indicates the sysUpTime at the time of the last modification of pwTemplateMfibAllowedMdaTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The pwTemplateMfibAllowedMdaTable has an entry for each MFIB allowed MDA destination for an PW template.

Each row entry represents an MFIB allowed MDA destination for an PW template configured in the system. Entries can be created and deleted via SNMP SET operations on the object pwTemplateMfibMdaRowStatus.

The value of pwTemplateMfibMdaRowStatus controls the creation and deletion of rows in this table.

The value of sdpBindTlsMrpTableLastChanged indicates the sysUpTime at the time of the last modification of sdpBindTlsMrpTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The sdpBindTlsMrpTable allows the operator to modify attributes of the Multiple Registration Protocol (MRP) feature for the TLS SDP Bind. This table contains an entry for each TLS SDP Bind created by the user using either sdpBindTlsTable or sdpBindMeshTlsTable. Rows in this table are created and deleted automatically by the system.

Each row entry contains objects that allows the modification of the Multiple Registration Protocol feature for a specific SDP-Binding in a TLS service.

The value of sdpBindTlsMrpLastChngd indicates the sysUpTime at the time of the last modification of this entry. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of sdpBindTlsMrpJoinTime specifies a timer value in 10ths of seconds which determines the maximum rate at which attribute join messages can be sent on the SDP.

The value of sdpBindTlsMrpLeaveTime specifies a timer value in 10ths of seconds which determines the amount of time a registered attribute is held in leave state before the registration is removed.

The value of sdpBindTlsMrpLeaveAllTime specifies a timer value in 10ths of seconds which determines the frequency where all attribute declarations on the SDP are all refreshed.

The value of sdpBindTlsMrpPeriodicTime specifies a timer value in 10ths of seconds which determines the frequency of re-transmission of attribute declarations.

The value of sdpBindTlsMrpPeriodicEnabled specifies whether re-transmission of attribute declarations is enabled.

The value of sdpBindTlsMrpRxPdus indicates the number of MRP packets received on this SDP Bind.

The value of sdpBindTlsMrpDroppedPdus indicates the number of dropped MRP packets on this SDP Bind.

The value of sdpBindTlsMrpTxPdus indicates the number of MRP packets transmitted on this SDP Bind.

The value of sdpBindTlsMrpRxNewEvent indicates the number of New MRP events received on this SDP Bind.

The value of sdpBindTlsMrpRxJoinInEvent indicates the number of Join-In MRP events received on this SDP Bind.

The value of sdpBindTlsMrpRxInEvent indicates the number of In MRP events received on this SDP Bind.

The value of sdpBindTlsMrpRxJoinEmptyEvent indicates the number of Join Empty MRP events received on this SDP Bind.

The value of sdpBindTlsMrpRxEmptyEvent indicates the number of Empty MRP events received on this SDP Bind.

The value of sdpBindTlsMrpRxLeaveEvent indicates the number of Leave MRP events received on this SDP Bind.

The value of sdpBindTlsMrpTxNewEvent indicates the number of New MRP events transmitted on this SDP Bind.

The value of sdpBindTlsMrpTxJoinInEvent indicates the number of Join-In MRP events transmitted on this SDP Bind.

The value of sdpBindTlsMrpTxInEvent indicates the number of In MRP events transmitted on this SDP Bind.

The value of sdpBindTlsMrpTxJoinEmptyEvent indicates the number of Join Empty MRP events transmitted on this SDP Bind.

The value of sdpBindTlsMrpTxEmptyEvent indicates the number of Empty MRP events transmitted on this SDP Bind.

The value of sdpBindTlsMrpTxLeaveEvent indicates the number of Leave MRP events transmitted on this SDP Bind.

The value of sdpBindTlsMrpPolicy specifies the mrp policy to control which Group BMAC attributes will advertise on the egress SDP Bind.

This table contains an entry for each MAC address managed by Multiple MAC Registration Protocol (MMRP) on the SDP Bind for the TLS. Entries are dynamically created and destroyed by the system as the MAC Addresses are registered or declared in MMRP.

MMRP specific information about a MAC address managed by MMRP on a SDP Bind in a TLS.

The value of sdpBindTlsMmrpMacAddr indicates an ethernet MAC address which is being managed by MMRP on this SAP.

The value of sdpBindTlsMmrpDeclared indicates whether the MRP applicant on this SAP is declaring this MAC address on behalf of MMRP.

The value of sdpBindTlsMmrpRegistered indicates whether the MRP registrant on this SAP has notified MMRP of a registration of this MAC address.

The value of sdpBindTlsMmrpEndStation indicates whether the MRP registrant on this SAP originated per end-station.

The value of sdpAutoBindBgpInfoTableLC indicates the sysUpTime at the time of the last modification of sdpAutoBindBgpInfoTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The sdpAutoBindBgpInfoTable has an entry for each SDP Bind entry from sdpBindTable which was created as a result of BGP Auto-discovery.

Each row entry contains BGP-related information for an SDP Bind entry created as a result of BGP Auto-discovery.

The value of sdpAutoBindBgpInfoTemplateId indicates the the value of the pwTemplateId object for the PW template entry used to create this SDP Bind.

The value of sdpAutoBindBgpInfoAGI indicates the Attachment Group Identifier (AGI) portion of the Generalized Id FEC element from the pseudowire setup for this SDP Bind.

The value of sdpAutoBindBgpInfoSAII indicates the Source Attachment Individual Identifier (SAII) portion of the Generalized Id FEC element from the pseudowire setup for this SDP Bind.

The value of sdpAutoBindBgpInfoTAII indicates the Target Attachment Individual Identifier (TAII) portion of the Generalized Id FEC element from the pseudowire setup for this SDP Bind.

The value of the object svcApplyEvalPwTemplateSvcId specifies the service identifier to which this action applies.

The value of the object svcApplyEvalPwTemplateId specifies the pwTemplateId to apply on the service svcApplyEvalPwTemplateSvcId.

The value of svcApplyEvalPwTemplateAction when set to doAction triggers the action to re-evaluate pseduo-wire template policy svcApplyEvalPwTemplateId on the svcApplyEvalPwTemplateSvcId service. Reading this object returns the value notApplicable.

The value of the object svcApplyEvalPwTemplateSuccess indicates whether the action was successful. If the value of the object equals false, then the value of svcApplyEvalPwTemplateErrorMsg indicates the reason of the failure.

The value of the object svcApplyEvalPwTemplateErrorMsg indicates the reason of failure, in case the value of the object svcApplyEvalPwTemplateSuccess is equal to false. If the value of the object svcApplyEvalPwTemplateSuccess is equal to true, this object contains an empty string.

The value of the object svcApplyEvalPwTemplateTime indicates the value of sysUpTime at the last time that the object svcApplyEvalPwTemplateSuccess was written by the system.

A table that contains Provider Backbone Bridging (PBB/IEEE 802.1ah) spoke SDP Bind information.

PBB I-Component instance-specific information about an SDP Bind in the B-Component instance. Entries in this table can be created or deleted via SNMP operations.

The value of the object sdpBindPbbSvcIdIVpls specifies the Service identifier of the I-Component instance.

The value of the object sdpBindPbbSvcIdBVpls specifies the Service identifier of the B-Component instance.

The value of the object sdpBindPbbId specifies the identifier of the SDP Binding in the B-Component instance.

The value of sdpBindPbbRowStatus specifies the row status of this row. The only values supported during a set operation are createAndGo and destroy.

The value of sdpBindPbbLastMgmtChange indicates the sysUpTime at the time of the most recent management-initiated change to this table row.

The value of the object sdpBindPbbIgmpSnpgMRouter specifies if a multicast router is attached behind this SDP Bind.

The value of sdpBindFPropBMacAddrTblLastChgd indicates the sysUpTime at the last modification of sdpBindFPropBMacAddrTable. If no changes were made to the table since the last re-initialization of the local network management subsystem, this object contains a zero value.

sdpBindFPropBMacAddrTable contains the optional configured backbone MAC (BMac) addresses (or MAC names) for each SDP binding. This table extends the information in sdpBindTable.

sdpBindFPropBMacAddrEntry defines a row in the sdpBindFPropBMacAddrTable. Rows are created and destroyed using sdpBindFPropBMacAddrRowStatus. A prerequisite for row creation: a row with the same svcId and sdpBindId must be present in the sdpBindTable.

The value of sdpBindFPropBMacAddrOrMacNameTag specifies whether sdpBindFPropBMacAddrOrMacName contains a MAC name, or a MAC address.

The value of sdpBindFPropBMacAddrOrMacName specifies a MAC name or MAC address configured against a <svcId, sdpBindId> index pair. When sdpBindFPropBMacAddrOrMacNameTag is macName (1), sdpBindFPropBMacAddrOrMacName must contain a MAC name which is present in the svcMacName column of the svcMacNameTable. When sdpBindFPropBMacAddrOrMacNameTag is macAddr (2), sdpBindFPropBMacAddrOrMacName must contain a MAC address, encoded in network byte order and IEEE 802.3 canonical bit order as defined in IEEE Std 802-2001. All the MAC addresses configured for a particular SDP (whether configured as MAC addresses, or via MAC names) must refer to one B-VPLS on the remote system.

The value of sdpBindFPropBMacAddrRowStatus specifies the status of this row.

The value of sdpAutoBindBgpVplsTableLC indicates the sysUpTime at the time of the last modification of sdpAutoBindBgpVplsTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The sdpAutoBindBgpVplsTable has an entry for each SDP Bind entry from sdpBindTable which was created as a result of BGP VPLS binding.

Each row entry contains BGP-related information for an SDP Bind entry created as a result of BGP VPLS binding.

The value of sdpAutoBindBgpVplsTemplateId indicates the the value of the pwTemplateId object for the PW template entry used to create this SDP Bind.

The value of sdpAtBndBgp129Type2TableLC indicates the sysUpTime at the time of the last modification of sdpAtBndBgp129Type2Table. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The sdpAtBndBgp129Type2Table has an entry for each SDP Bind entry from sdpBindTable which was created as a result of BGP Auto-discovery with a FEC-129 Type 2.

Each row entry contains BGP-related information for an SDP Bind entry created as a result of BGP Auto-discovery with a FEC-129 Type 2.

The value of sdpAtBndBgp129Type2TemplateId indicates the the value of the pwTemplateId object for the PW template entry used to create this SDP Bind.

The value of sdpAtBndBgp129Type2SaiiGlobalId specifies the global identifier of Source Attachment Individual Identifier (SAII) portion of the Generalized Id FEC element as used by this multi-segment pseudo-wire provider-edge in this service.

The value of sdpAtBndBgp129Type2SaiiPrefix specifies the prefix to the Source Attachment Individual Identifier (SAII) portion of the Generalized Id FEC element as used by this multi-segment pseudo-wire provider-edge in this service.

The value of sdpAtBndBgp129Type2SaiiAcId specifies the attachment circuit identifier part of Source Attachment Individual Identifier (SAII) portion of the Generalized Id FEC element as used by this multi-segment pseudo-wire provider-edge in this service.

The value of sdpAtBndBgp129Type2TaiiGlobalId specifies the global identifier of Taget Attachment Individual Identifier (TAII) portion of the Generalized Id FEC element as used by this multi-segment pseudo-wire provider-edge in this service.

The value of sdpAtBndBgp129Type2TaiiPrefix specifies the prefix to the Taget Attachment Individual Identifier (TAII) portion of the Generalized Id FEC element as used by this multi-segment pseudo-wire provider-edge in this service.

The value of sdpAtBndBgp129Type2TaiiAcId specifies the attachment circuit identifier part of Taget Attachment Individual Identifier (TAII) portion of the Generalized Id FEC element as used by this multi-segment pseudo-wire provider-edge in this service.

The value of sdpBindEthCfmTableLastChanged indicates the sysUpTime at the time of the last modification of the sdpBindEthCfmTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The sdpBindEthCfmEntry has an entry for each SDP Bind entry from sdpBindTable which was created on a service with ETH-CFM support.

Each row entry contains BGP-related information for an SDP Bind entry created as a result of BGP Auto-discovery with a FEC-129 Type 2.

The value of sdpBindEthCfmRowLastChanged indicates the sysUpTime at the time of the last modification to an object for this row. If no changes were made to the entry since the instantiation of the row, then this object contains a zero value.

The value of sdpBindEthCfmVMepFilter specifies whether ETH-CFM PDUs egressing the sap or sdp-binding at the same level or lower than that of the configured service MEP (the virtual MEP) should be discarded or continue to egress. Only PDUs that were originated from the virtual MEP or from the networks side of the service will be affected, local down MEP ETH-CFM transmission are not. When set to true ETH-CFM PDUs with the same or lower level as the virtual MEP will be discarded. When set to false, egressing ETH-CFM PDUs will pass freely as per the existing ETH-CFM configuration.

The value of sdpBindTlsSpbTblLastChanged indicates the sysUpTime at the time of the last modification of sdpBindTlsSpbTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

A table that contains TLS SDP-Bind specific Shortest Path Bridging (SPB) information.

A row-entry that contains TLS SDP-Bind specific SPB information.

This value of the object sdpBindTlsSpbRowStatus specifies the status of this row.

The value of sdpBindTlsSpbLastChgd indicates the timestamp of last change to this row in sdpBindTlsSpbTable.

The value of sdpBindTlsSpbIfIndex indicates the interface index assigned to this SDP-Bind for Shortest Path Bridging.

The sdpBindTlsSpbAdminState indicates the desired administrative state for Shortest Path Bridging on this sdp-bind.

The value of sdpPwPortTblLastChanged indicates the sysUpTime at the time of the last modification of sdpPwPortTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

A table that contains SDP specific pseudo-wire port information.

A row-entry that contains port specific pseudo-wire information.

This value of the object sdpPwPortId specifies the pseudo-wire port identifier associated with the SDP.

This value of the object sdpPwPortRowStatus specifies the status of this row. The value of sdpPwPortVcId must be set to a non-default value when creating a row.

The value of sdpPwPortLastChgd indicates the timestamp of last change to this row in sdpPwPortTable.

The value of the object sdpPwPortAdminStatus specifies the administrative state of this pseudo-wire port entry.

The value of sdpPwPortVcId specifies the virtual-circuit identifier associated with this pseudo-wire port entry. An inconsitentValue error is returned if an attempt is made to create a row-entry in this table without specifying value of this object.

The value of sdpPwPortEncapType specifies the encapsulation type of this pseudo-wire port entry.

The value of sdpPwPortOperStatus indicates the operating status of this Service-SDP binding. up The Service-SDP binding is operational. down The binding is administratively down.

This object specifies all the conditions that affect the operating status of this pseudo-wire port: The bit values are as follows: sdpBindAdminDown (0) - SDP Bind is admin down. svcAdminDown (1) - Service is admin down. sapOperDown (2) - SAP is oper down (VLLs only). sdpOperDown (3) - SDP is oper down. sdpPathMtuTooSmall (4) - SDPs path MTU minus SDP Bind control word size is less than Service MTU. noIngressVcLabel (5) - No ingress VC label. noEgressVcLabel (6) - No egress VC label. svcMtuMismatch (7) - Service MTU mismatch with the remote PE. vcTypeMismatch (8) - VC type mismatch with the remote PE. relearnLimitExceeded (9) - MAC relearn limit was exceeded (TLS only). iesIfAdminDown (10) - IP interface is admin down (IES and VPRN only). releasedIngressVcLabel (11) - Peer released our ingress VC label. labelsExhausted (12) - Label Manager has ran out of labels. svcParamMismatch (13) - Service-specific parameter mismatch. insufficientBandwidth (14) - Insufficient bandwidth to allocate to SDP binding. pwPeerFaultStatusBits (15) - Received PW fault status bits from peer. meshSdpDown (16) - Mesh SDP Down. notManagedByMcRing (17) - Not managed by mc-ring. outOfResource (18) - Such as memory. mhStandby (19) - Standby due to BGP. - multi-home protocol. oamDownMepFault (20) - ETH-CFM down MEP fault detected. oamUpMepFault (21) - ETH-CFM up MEP fault detected. standbySigSlaveTxDown (22) - Transmit is down for - standby-sig-spoke. operGrpDown (23) - Operational group is down. withdrawnIngressVcLabel(24) - Withdrawn due to Incompatiblity.

The value of sdpPwPortVcType specifies the type of virtual circuit (VC) associated with this pseudo-wire port entry.

The value of sdpPwPortVlanVcTag specifies the VLAN VC tag for this pseudo-wire port entry.

The value of sdpPwPortEgrShapVPort specifies the virtual port name of the shaper on the egress side for this pseudo-wire port entry.

The value of sdpPwPortEgrShapDefIntDestId specifies the default intermediate destination identifier on the egress side which will eventualy map to an HSMDAv2 secondary shaper for this pseudo-wire port entry.

The value of sdpBindPwPathTableLastChanged indicates the sysUpTime at the time of the last modification of sdpBindPwPathTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The sdpBindPwPathTable contains Pseudo-Wire path information per SDP binding.

The sdpBindPwPathEntry contains Pseudo-Wire path information for specific SDP binding.

The value of sdpBindPwPathRowStatus is used for the creation and deletion of entries in the table.

The value of sdpBindPwPathLastChanged indicates the sysUpTime at the time of the last modification of this entry. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of sdpBindPwPathAgi indicates the Attachment Group Identifier (AGI) portion of the Generalized Id FEC element from the pseudowire setup for this SDP Bind.

The value of sdpBindPwPathSaiiGlobalId specifies the global identifier of Source Attachment Individual Identifier (SAII) portion of the Generalized Id FEC element as used by this SDP binding in this service.

The value of sdpBindPwPathSaiiNodeId specifies the MPLS-TP node identifier to the Source Attachment Individual Identifier (SAII) portion of the Generalized Id FEC element as used by this SDP binding in this service.

The value of sdpBindPwPathSaiiAcId specifies the attachment circuit identifier part of Source Attachment Individual Identifier (SAII) portion of the Generalized Id FEC element as used by this SDP binding in this service.

The value of sdpBindPwPathTaiiGlobalId specifies the global identifier of Target Attachment Individual Identifier (TAII) portion of the Generalized Id FEC element as used by this SDP binding in this service.

The value of sdpBindPwPathTaiiNodeId specifies the MPLS-TP node identifier to the Target Attachment Individual Identifier (TAII) portion of the Generalized Id FEC element as used by this SDP binding in this service.

The value of sdpBindPwPathTaiiAcId specifies the attachment circuit identifier part of Target Attachment Individual Identifier (TAII) portion of the Generalized Id FEC element as used by this SDP binding in this service.

The value of sdpBindCtrlChanPwTableLastChgd indicates the sysUpTime at the time of the last modification of sdpBindCtrlChanPwTable. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The sdpBindCtrlChanPwTable contains control channel Pseudo-Wire information per SDP binding.

The sdpBindCtrlChanPwEntry contains control channel Pseudo-Wire information for specific SDP binding.

The value of sdpBindCtrlChanPwLastChanged indicates the sysUpTime at the time of the last modification of this entry. If no changes were made to the entry since the last re-initialization of the local network management subsystem, then this object contains a zero value.

The value of sdpBindCtrlChanPwStatus specifies the status of control channel for the pseudo-wire path for this SDP binding.

The value of sdpBindCtrlChanPwRefreshTimer specifies the refresh timer value to be used when control channel for the psuedo-wire path is enabled for this SDP binding.

The value of sdpBindCtrlChanPwPeerExpired indicates whether sdpBindCtrlChanPwStatus was not received after 3.5 times of sdpBindCtrlChanPwRefreshTimer value for the pseudo-wire path for this SDP binding.

The value of sdpBindCtrlChanPwRequestTimer specifies the request timer value to be used when control channel for the psuedo-wire path is enabled for this SDP binding. An inconsistentValue error is returned if the value of sdpBindCtrlChanPwRequestTimer is set to non-zero when sdpBindCtrlChanPwRefreshTimer is set to non-zero. An inconsistentValue error is returned if the value of sdpBindCtrlChanPwRequestTimer is set to non-zero when value of either sdpBindCtrlChanPwRetryTimer or sdpBindCtrlChanPwTimeoutMult is also set to zero.

The value of sdpBindCtrlChanPwRetryTimer specifies the retry timer value to be used for the request timer when control channel for the psuedo-wire path is enabled for this SDP binding. An inconsistentValue error is returned if the value of sdpBindCtrlChanPwRequestTimer is set to non-zero when value of either sdpBindCtrlChanPwRetryTimer or sdpBindCtrlChanPwTimeoutMult is also set to zero.

The value of sdpBindCtrlChanPwTimeoutMult specifies the timeout multiplier value to be used for the retry timer to resend the request when control channel for the psuedo-wire path is enabled for this SDP binding. An inconsistentValue error is returned if the value of sdpBindCtrlChanPwRequestTimer is set to non-zero when value of either sdpBindCtrlChanPwRetryTimer or sdpBindCtrlChanPwTimeoutMult is also set to zero.

The value of sdpBindCtrlChanPwAck specifies whether acknowledgement was not received after 3.5 times of sdpBindCtrlChanPwRefreshTimer value for the pseudo-wire path for this SDP binding.

The ID of the SDP where SDP Bindings are associated. This object is used by the sdpBindSdpStateChangeProcessed notification to indicate the SDP that changed state and that resulted in having the associated sdpBindStatusChanged events suppressed for all SDP Bindings on that SDP.

The value of dynamicSdpStatus indicates the status of the dynamic SDP which is used by the dynamicSdpConfigChanged and dynamicSdpBindConfigChanged notifications to indicate what state the dynamic SDP or SDP Bind has entered: created, modified, or deleted.

The value of dynamicSdpOrigin indicates the origin of the dynamic SDP. The origin indicates the protocol or mechanism that created the dynamic SDP.

The value of the object dynamicSdpCreationError indicates the reason why the system was unable to create the dynamic SDP.

The value of the object dynamicSdpBindCreationError indicates the reason why the system was unable to create the dynamic SDP Binding.

The value of the object sdpBindNotifyMacAddr indicates the MAC address associated with a VPLS SDP Binding.

The value of the object sdpEgIfNetDomainInconsCount indicates the number of SDPs which have an inconsistent network-domain for the SDP and egress network interfaces of the SDP.

The value of the object sdpMSPwPeId specifies the multi-segment pseudo-wire provider-edge identifier for the service associated with this notification.

The value of sdpBindIpipeCeIpAddrType indicates the type of CE address on an IPIPE SDP. The CE IP address is specified by sdpBindIpipeCeIpAddress.

The value of sdpBindIpipeCeIpAddress indicates the CE IP address of type sdpBindIpipeCeIpAddrType on an IPIPE SDP.

The sdpCreated notification is sent when a new row is created in the sdpInfoTable.

The sdpDeleted notification is sent when an existing row is deleted from the ng row is deleted from the sdpInfoTable.

The sdpStatusChanged notification is generated when there is a change in the administrative or operating status of an SDP.

The sdpBindCreated notification is sent when a new row is created in the sdpBindTable.

The sdpBindDeleted notification is sent when an existing row is deleted from the sdpBindTable.

The sdpBindStatusChanged notification is generated when there is a change in the administrative or operating status of an SDP Binding. Notice that this trap is not generated whenever the SDP Binding operating status change is caused by an operating status change on the associated SDP.

The sdpTlsMacAddrLimitAlarmRaised notification is sent whenever the number of MAC addresses stored in the FDB for this spoke sdp-bind increases to reach the watermark specified by the object svcTlsFdbTableFullHighWatermark.

The sdpTlsMacAddrLimitAlarmCleared notification is sent whenever the number of MAC addresses stored in the FDB for this spoke sdp-bind drops to the watermark specified by the object svcTlsFdbTableFullLowWatermark.

The sdpTlsDHCPSuspiciousPcktRcvd notification is generated when a DHCP packet is received with suspicious content.

The sdpBindDHCPLeaseEntriesExceeded notification is generated when the number of DHCP lease state entries on a given IES or VRPN spoke-SDP reaches the user configurable upper limit given by TIMETRA-VRTR-MIB::vRtrIfDHCPLeasePopulate.

The sdpBindDHCPLseStateOverride notification is generated when an existing DHCP lease state is overridden by a new lease state which has the same IP address but a different MAC address. This trap is only applicable for IES and VPRN spoke-SDPs.

The sdpBindDHCPSuspiciousPcktRcvd notification is generated when a DHCP packet is received with suspicious content.

The sdpBindDHCPLseStatePopulateErr notification indicates that the system was unable to update the DHCP Lease State table with the information contained in the DHCP ACK message. The DHCP ACK message has been discarded. This trap is only applicable for IES and VPRN spoke-SDPs.

The sdpBindPwPeerStatusBitsChanged notification is generated when there is a change in the PW status bits received from the peer.

The sdpBindTlsMacMoveExceeded notification is generated when the SDP exceeds the TLS svcTlsMacMoveMaxRate.

The sdpBindPwPeerFaultAddrChanged notification is generated when there is a change in the IP address included in the PW status message sent by the peer. This notification is only generated if the IP address is the only information in the notification that changed. If the status bits changed as well, then the sdpBindPwPeerStatusBitsChanged notification will be generated instead.

The sdpBindDHCPProxyServerError notification indicates that the system was unable to proxy DHCP requests.

The sdpBindDHCPCoAError notification indicates that the system was unable to process a Change of Authorization (CoA) request from a Radius server.

The sdpBindDHCPSubAuthError notification indicates that the system encountered a problem while trying to authenticate a subscriber.

The sdpBindSdpStateChangeProcessed notification indicates that the agent has finished processing an SDP state change event, and that the operating status of all the affected SDP Bindings has been updated accordingly. The value of the sdpNotifySdpId object indicates the SDP that experienced the state change.

The sdpBindDHCPLseStateMobilityErr notification indicates that the system was unable to perform a mobility check for this lease state.

The sdpBandwidthOverbooked notification indicates that the bandwidth that has been allocated to the SDP bindings indicated by sdpBookedBandwidth exceeds sdpMaxBookableBandwidth.

The sdpBindInsufficientBandwidth notification indicates that the available bandwidth of the SDP is insufficient to satisfy the bandwidth requirement specified by sdpBindAdminBandwidth of this SDP binding.

The dynamicSdpConfigChanged notification is generated when a dynamic SDP is created, modified, or deleted, with the value of dynamicSdpStatus indicated which state it has entered.

The dynamicSdpBindConfigChanged notification is generated when a dynamic SDP Bind is created, modified, or deleted. New state of the SDP Bind is indicated by the value of dynamicSdpStatus. The affected SDP is indicated by the value of sdpId or by Spoke-SDP FEC identifier sdpMSPwPeId. [EFFECT] This is an informational notification. Depending on the type of change, new layer-2 route may have been created, modified or deleted. [RECOVERY] No recovery action is required.

The dynamicSdpCreationFailed notification is generated when the system fails to create a dynamic SDP.

The dynamicSdpBindCreationFailed notification is generated when the system fails to create a dynamic SDP Bind.

The sdpEgrIfsNetDomInconsCntChanged notification is generated when the value of sdpEgIfNetDomainInconsCount changes.

[CAUSE] The sdpBindIpipeCeIpAddressChange notification indicates an IP address has been discovered for the far end CE device on a specified IPIPE SDP. The type of IP address is specified by sdpBindIpipeCeIpAddrType. The IP address is specified by sdpBindIpipeCeIpAddress. [EFFECT] The IP address specified by sdpBindIpipeCeIpAddress and of type sdpBindIpipeCeIpAddrType has been discovered on the remote CE device. [RECOVERY] No action is required.

[CAUSE] The sdpBindReceivedProtSrcMac notification is generated when a protected source MAC is received on a TLS SDP-BIND with sdpBindTlsRestProtSrcMac true, or if the TLS SDP-BIND belongs to an SHG with tlsShgRestProtSrcMac set to true. [EFFECT] If the sdpBindTlsRestProtSrcMacAction is set to discardFrame, the frame will be discarded. [RECOVERY] No action is required.

[CAUSE] The sdpBindPwLocalStatusBitsChanged notification is generated when there is a change in the local PW status bits. [EFFECT] Based on the change in the sdpBindPwLocalStatusBits traffic on the SDP-BIND may be impacted. [RECOVERY] Based on the change in the sdpBindPwLocalStatusBits appropriate configuration changes may be required.

The unacknowledgedTCN notification is generated when a TCN sent towards the root bridge on the root port (SAP or SDP binding) has not been acknowledged within the allowed time. A portion of the spanning tree topology may not have been notified that a topology change has taken place. FDB tables on some devices may take significantly longer to represent the new distribution of layer-2 addresses. Examine this device and devices towards the root bridge for STP issues.

The tmnxSvcTopoChgSdpBindMajorState notification is generated when a SDP binding has transitioned its state from learning to forwarding or from forwarding to blocking or broken. The spanning tree topology has been modified. It may denote loss of customer access or redundancy. Check the new topology against the provisioned topology to determine the severity of connectivity loss.

The tmnxSvcNewRootSdpBind notification is generated when the previous root bridge has been aged out and a new root bridge has been elected. The new root bridge creates a new spanning tree topology. It may denote loss of customer access or redundancy. Check the new topology against the provisioned topology to determine the severity of connectivity loss.

The tmnxSvcTopoChgSdpBindState notification is generated when a SDP binding has transitioned state to blocking or broken from learning state. This event complements what is not covered by tmnxSvcTopoChgSdpBindMajorState. The spanning tree topology has been modified. It may denote loss of customer access or redundancy. Check the new topology against the provisioned topology to determine the severity of connectivity loss.

The tmnxSvcSdpBindRcvdTCN notification is generated when a SDP binding has received TCN from another bridge. This bridge will either have its configured BPDU with the topology change flag set if it is a root bridge, or it will pass TCN to its root bridge. Eventually the address aging timer for the forwarding database will be made shorter for a short period of time. No recovery is needed.

The tmnxSvcSdpBindRcvdHigherBriPrio notification is generated when a customers device has been configured with a bridge priority equal to zero. The SDP binding that the customers device is connected through will be blocked. Remove the customers device or reconfigure the customers bridge priority with value greater than zero.

The tmnxSvcSdpBindEncapPVST notification is generated when an SDP bindings STP received a BPDU that was PVST encapsulated. The SDP binding STPs BPDUs will be PVST encapsulated. No recovery is needed.

The tmnxSvcSdpBindEncapDot1d notification is generated when a SDP binding received a BPDU that was 802.1d encapsulated. The SDP binding BPDUs will also be 802.1d encapsulated. No recovery is needed.

The tmnxSvcSdpActiveProtocolChange notification is generated when the spanning tree protocol on this SDP changes from rstp to stp or vise versa. No recovery is needed.

The tmnxStpMeshNotInMstRegion notification is generated when a MSTP BPDU from outside the MST region is received on the indicated mesh SDP. It is up to the operator to make sure bridges connected via mesh SDPs are in the same MST-region. If not the mesh will NOT become operational.

The tmnxSdpBndStpExcepCondStateChng notification is generated when the value of the object sdpBindTlsStpException has changed, i.e. when the exception condition changes on the indicated SDP Bind.