TIMETRA-TC-MIB

TEXTUAL-CONVENTION

A number used to identify an entry in the aluNgeKeygroupTable or zero.

TEXTUAL-CONVENTION

The value of BgpConnectRetryTime is a time interval in seconds for a 'ConnectRetry' timer.default is 120 seconds.

TEXTUAL-CONVENTION

The value of BgpHoldTime is a time interval in seconds for Hold Timer.

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The status of the BGP peering session.

TEXTUAL-CONVENTION

Source/Destination class index.

TEXTUAL-CONVENTION

Source/Destination class index or none(0).

TEXTUAL-CONVENTION

An object of type DateAndTimeOrEmpty data type contains a date-time specification as in SNMPv2-TC::DateAndTime, or is empty

TEXTUAL-CONVENTION

IEEE 802.1p priority. zero is lowest, seven is highest. -1 means not set

TEXTUAL-CONVENTION

IEEE 802.1p priority mask. zero is lowest, seven is highest.

TEXTUAL-CONVENTION

IEEE 802.1p priority mask.

TEXTUAL-CONVENTION

The flow identifier or Flow Label in an IPv6 packet header that may be used to discriminate traffic flows. (RFC3595). The value -1 indicates 'no flowLabel'

TEXTUAL-CONVENTION

IPv6 flow label mask

TEXTUAL-CONVENTION

A unique value, greater than zero, for each interface or interface sub-layer in the managed system. It is recommended that values are assigned contiguously starting from 1. The value for each interface sub- layer must remain constant at least from one re- initialization of the entity's network management system to the next re-initialization.

TEXTUAL-CONVENTION

the number of bits to match in an IP address mask.

TEXTUAL-CONVENTION

The unique number identifying a LAG interface. There are maximum 64 LAG interfaces, when the value of TIMETRA-CHASSIS-MIB::tmnxChassisType is '5' (ESS-1/SR-1).

TEXTUAL-CONVENTION

LAGInterfaceNumberOrZero is similar to LAGInterfaceNumber but includes zero indicating invalid LAG identifier.

TEXTUAL-CONVENTION

This provides MCI type to for the objects which do not have well defined defaults

TEXTUAL-CONVENTION

PwPortIdOrZero indicates the range for pw port id's with 0 as the default value.

TEXTUAL-CONVENTION

The QTag data type is a 12-bit integer tag used to identify a service. The values 0 and 4095 are not allowed.

TEXTUAL-CONVENTION

The data type QTagFullRange represents a VLAN tag. A VLAN tag is 12 bits is size. The data type QTagFullRange covers the whole range of possible values. (0..4095 or 0x0 .. 0xFFF)

TEXTUAL-CONVENTION

The data type QTagFullRangeOrNone represents a VLAN tag. A VLAN tag is 12 bits is size. The data type QTagFullRange covers the whole range of possible values. (0..4095 or 0x0 .. 0xFFF). The value '-1' indicates the absence of a VLAN tag.

TEXTUAL-CONVENTION

The data type QTagOrZero represents a VLAN tag. The value '0' indicates that no VLAN tag is provisioned, or that its value is unknown.

TEXTUAL-CONVENTION

The value used to uniquely identify an SDP Binding. The first four octets correspond to the zero-extended 16-bit SDP ID, while the remaining four octets correspond to the 32-bit VC ID, both encoded in network byte order.

TEXTUAL-CONVENTION

802.2 LLC SAP value, Source and Destination.

TEXTUAL-CONVENTION

ServiceAdminStatus data type is an enumerated integer that describes the values used to identify the administrative state of a service.

TEXTUAL-CONVENTION

ServiceOperStatus data type is an enumerated integer that describes the values used to identify the current operational state of a service.

TEXTUAL-CONVENTION

The SvcISID specifies a 24 bit (0..16777215) service instance identifier for the service. As part of the Provider Backbone Bridging frames, it is used at the destination PE as a demultiplexor field. The value of -1 is used to indicate the value of this object is unspecified.

TEXTUAL-CONVENTION

The adaptation rule to be applied to calculate the operational values for the specified entity.

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The adaptation rule to be applied to calculate the operational values for the specified entity.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps.

TEXTUAL-CONVENTION

The identification number of QoS policy. Any value greater than 65535 indicates the policy was created by the system. The format is: +--------------------------------+ |<----C-----><-B><------A------->| +--------------------------------+ 31 0 where: A (16 bits) is the base policy identifier. B (4 bits) is the 'policy type'. C (12 bits) is the auxiliary identifier. When policy type = 0 (0000b), the acceptable range for base policy identifier is 1..65535. This is the user configured values. When policy type = 1 (0001b) [NAT/LNS], the acceptable range for base policy identifier is 0..3. These policies are considered 'internal' and cannot be created or modified by the user. When policy type = 2 (0010b) The auxiliary identifier represents internal policies that are created by the system based on dynamic flow based requests from diameter and cannot be modified by the user. These polices ranges from 1..2047. For all other policy types, the auxiliary identifier must be zero.

TEXTUAL-CONVENTION

The identification number of QoS policy. Refer to the description of the textual convention TAnyQosPolicyID for more info on how this number is to be interpreted.

TEXTUAL-CONVENTION

The TAtmTdpDescrType is an enumerated integer whose value indicates the types of cell loss priority to be used in conjunction with traffic parameters. The following values are outlined: Integer Value Interpretation ------------- ------------------------ clp0And1pcr PCR applies to CLP 0 and CLP 1 cell flows clp0And1pcrPlusClp0And1scr PCR applies to CLP 0 and CLP 1 cell flows. SCR applies to CLP 0 and CLP 1 cell flows. clp0And1pcrPlusClp0scr PCR applies to CLP 0 and CLP 1 cell flows. SCR applies to CLP 0 cell flows. clp0And1pcrPlusClp0scrTag PCR applies to CLP 0 and CLP 1 cell flows. SCR applies to CLP 0 cell flows.

TEXTUAL-CONVENTION

The type of the PIR/CIR percent rate. The value 'kbps' means the rate is specified in kbps. The value 'percentPortLimit' means the rate is specified in percentage of port limit. The value 'percentLocalLimit' means the rate is specified in percentage of local limit.

TEXTUAL-CONVENTION

The percentage of buffer space assigned to a queue that is reserved for some purpose, defined to two decimal places.

TEXTUAL-CONVENTION

An explicit shaping burst size for a queue. The value of -1 specifies system default value.

TEXTUAL-CONVENTION

An explicit shaping burst size for a queue. or scheduler or aggregate-rate-limit. The value -1 means that the actual value is derived from the corresponding buffer policy's default value. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The percentage of buffer space assigned to a queue that is reserved for some purpose.

TEXTUAL-CONVENTION

The percentage of buffer space assigned to a queue that is reserved for some purpose. The value -1 means that the actual value is derived from the corresponding buffer policy's default value.

TEXTUAL-CONVENTION

The percentage of buffer space assigned to a queue that is reserved for some purpose. The value -1 means that the actual value is derived from the corresponding buffer policy's default value. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The amount of buffer space (in kbytes) assigned to a queue. The value -1 means that the actual value is derived from the corresponding buffer policy's default value.

TEXTUAL-CONVENTION

The amount of buffer space (in bytes) assigned to a queue. The value -1 means that the actual value is derived from the corresponding buffer policy's default value.

TEXTUAL-CONVENTION

The amount of buffer space (in bytes) assigned to a queue. The value -1 means that the actual value is derived from the corresponding buffer policy's default value. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The amount of buffer space (in bytes) assigned to a queue. The value -1 means that the actual value is derived from the corresponding buffer policy's default value. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The amount of buffer space (in kbytes) assigned to a queue. The value -1 means that the actual value is derived from the corresponding buffer policy's default value. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The CIR percentage rate specified in centipercent. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The CIR rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The CIR rate to be used in kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

An explicit shaping burst size for a class. The value -1 means that the actual value is derived from the corresponding class's default value.

TEXTUAL-CONVENTION

The amount of buffer space (in kbytes) assigned to a queue. The value -1 means that the actual value is derived from the corresponding buffer policy's default value.

TEXTUAL-CONVENTION

The data type TCpmProtPolicyID represents the identification number of a CPM Protection policy. The value '0' indicates that no CPM Protection policy is provisioned.

TEXTUAL-CONVENTION

The data type TCpmProtPolicyIDOrDefault represents the identification number of a CPM Protection policy. The value of '-1' indicates the system determined default value.

TEXTUAL-CONVENTION

This textual convention specifies the profile marking of a packet. Value of 'in' specifies the in-profile marking. Value of 'out' specifies the out-profile marking. Value of 'de' specifies that the profile marking will be based on the DE (Drop-Eligible) bit. DE bit-value of '0' specifies in-profile and DE bit value of '1' specifies out-profile marking.

TEXTUAL-CONVENTION

This textual convention specifies the DE (Drop Eligible) bit value. The value of '-1' means DE value is not specified.

TEXTUAL-CONVENTION

This textual convention specifies the profile marking of a packet. Value of 'in' specifies the in-profile marking. Value of 'out' specifies the out-profile marking. Value of 'de' specifies that the profile marking will be based on the DE (Drop-Eligible) bit. DE bit-value of '0' specifies in-profile and DE bit value of '1' specifies out-profile marking.

TEXTUAL-CONVENTION

The identification number of a DHCP filter.

TEXTUAL-CONVENTION

The value of a Differential Services Code Point. -1 means not set.

TEXTUAL-CONVENTION

The name of a Differential Services Code Point value.

TEXTUAL-CONVENTION

The name of a Differential Services Code Point value.

TEXTUAL-CONVENTION

The value of a Differential Services Code Point.

TEXTUAL-CONVENTION

The value of a Differential Services Code Point (DSCP). A value of -1 means that no DSCP value is configured or available.

TEXTUAL-CONVENTION

TDirection denotes a direction.

TEXTUAL-CONVENTION

TDirectionIngEgr denotes a direction.

TEXTUAL-CONVENTION

The data type describes the QoS dynamic policer identifier on egress side or zero when not specified.

TEXTUAL-CONVENTION

The value, in bytes, of the override of the adjustment to make to the size of each outgoing packet for accounting. A value of -128 indicates no override.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on egress side.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on egress side or zero when not specified.

TEXTUAL-CONVENTION

The data type TEgrRateModType represents the type of egress-rate modification that is to be applied.

TEXTUAL-CONVENTION

The identification number of a HSMDA egress counter.

TEXTUAL-CONVENTION

The identification number of a HSMDA egress counter. The value 0 indicates an undefined counter id.

TEXTUAL-CONVENTION

The value, in bytes, of the adjustment to make to the size of each outgoing packet for accounting.

TEXTUAL-CONVENTION

The value of TEgressHsmdaQueueId specifies the identification number of a HSMDA egress queue. A value of zero (0) indicates that no specific queue identification has been assigned for this object. When an object of type TEgressHsmdaQueueId is an SNMP table index, an index value of zero (0) is not allowed and a noCreation error will be returned.

TEXTUAL-CONVENTION

The value, in bytes, of the adjustment to make to the size of each packet for accounting.

TEXTUAL-CONVENTION

The value, in bytes, of the override for the adjustment to make to the size of each packet for accounting. A value of -128 indicates no override.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on egress side.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on egress side or zero when not specified.

TEXTUAL-CONVENTION

The profile marking of a packet. Value of 'in' specifies in-profile marking. Value of 'out' specifies out-profile marking. Value of 'none' specifies the profile marking of the packet will be inherited from the existing enqueuing priority derived from earlier matches in the classification hierarchy.

TEXTUAL-CONVENTION

The profile marking of a packet. Value of 'in' specifies in-profile marking. Value of 'out' specifies out-profile marking. Value of 'de' specifies that the profile marking of the packet will be based on the DE (Drop-Eligible) bit of the packet. DE bit value of '0' specifies in-profile and DE bit value of '1' specifies out-profile marking. Value of 'none' specifies the profile marking of the packet will be inherited from the existing enqueuing priority derived from earlier matches in the classification hierarchy.

TEXTUAL-CONVENTION

The value, in bytes, of the adjustment to make to the size of each packet for accounting.

TEXTUAL-CONVENTION

The value of TEgressQueueId specifies the identification number of an egress queue. A value of zero (0) indicates that no specific queue identification has been assigned for this object. When an object of type TEgressQueueId is an SNMP table index, an index value of zero (0) is not allowed and a noCreation error will be returned.

TEXTUAL-CONVENTION

uniquely identifies an entry in a policy or filter table. to facilitate insertion of entries in the tables, we recommend assigning entry IDs by 10s: 10, 20, 30, etc.

TEXTUAL-CONVENTION

uniquely identifies an entry in a policy or filter table. to facilitate insertion of entries in the tables, we recommend assigning entry IDs by 10s: 10, 20, 30, etc. The value 0, means that the object does not refer to a filter entry at this time.

TEXTUAL-CONVENTION

Uniquely identifies an entry in a policy or filter table. The value 0 is not a valid entry-id. When used as insertion point the value 0 indicates that entries must be inserted at the very beginning, i.e.before the first entry defined.

TEXTUAL-CONVENTION

The expanded secondary shaper class PIR rate to be used in Kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The expanded secondary shaper PIR rate to be used in Kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The name of a Forwarding Class entry.

TEXTUAL-CONVENTION

The name of a Forwarding Class entry.

TEXTUAL-CONVENTION

This data type describes a set of Forwarding Classes.

TEXTUAL-CONVENTION

This data type enumerates the Forwarding Classes.

TEXTUAL-CONVENTION

This data type enumerates the Forwarding Classes.

TEXTUAL-CONVENTION

The static fair rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The identification number of a filter. 0 indicates an invalid filter-id.

TEXTUAL-CONVENTION

The type of the frame for which this mac filter match criteria is defined.

TEXTUAL-CONVENTION

The CIR rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The CIR rate to be used in kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The CIR rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The amount of buffer space (in bytes) assigned to a HSMDA queue. The value -1 means that the actual value is derived from the corresponding buffer policy's default value.

TEXTUAL-CONVENTION

The amount of buffer space (in bytes) assigned to a HSMDA queue. The value -1 means that the actual value is derived from the corresponding buffer policy's default value. A value of -2 specifies no override.

TEXTUAL-CONVENTION

An explicit shaping burst size of a HSMDA queue. The value -1 means that the actual value is derived from the corresponding queue's default value.

TEXTUAL-CONVENTION

The THsClassWeightOverride data type specifies the weight of the corresponding HS class feeding into its parent shaper. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The HS PIR rate to be used in Mbps. The value of 4294967295(0xFFFFFFFF) means maximum rate.

TEXTUAL-CONVENTION

The HS PIR rate to be used in Mbps. The value of 4294967295(0xFFFFFFFF) means maximum rate. The value of 4294967294(0xFFFFFFFE) means no override.

TEXTUAL-CONVENTION

The value of THsSchedulerPolicyGroupId specifies the identification number of a HS scheduler policy group. A value of zero (0) indicates that no specific group identification has been assigned for this object. When an object of type THsSchedulerPolicyGroupId is an SNMP table index, an index value of zero (0) is not allowed and a noCreation error will be returned.

TEXTUAL-CONVENTION

The weight of the specified HS entity while feeding into the parent.

TEXTUAL-CONVENTION

The weight of the specified HS entity while feeding into the parent. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The THsWrrWeightOvr data type specifies the override weight of the corresponding HS queue feeding into its parent WRR scheduler. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The HSMDA CIR rate to be used in Kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The HSMDA CIR rate to be used in Kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The HSMDA CIR rate to be used in Mbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The HSMDA CIR rate to be used in Mbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The identification number of a HSMDA counter. The value 0 indicates an undefined counter id.

TEXTUAL-CONVENTION

The identification number of a HSMDA counter. The value (0) indicates an undefined counter id. The value (-1) is used to indicate all counters.

TEXTUAL-CONVENTION

The HSMDA PIR rate to be used in Kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The HSMDA PIR rate to be used in Kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The HSMDA PIR rate to be used in Mbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The HSMDA PIR rate to be used in Mbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The value of THsmdaPolicyIncludeQueues specifies which queues are to be scheduled in the same class in a HSMDA scheduler.

TEXTUAL-CONVENTION

The value of THsmdaPolicyScheduleClass the class at which the queues specified by THsmdaPolicyIncludeQueues in a HSMDA scheduler.

TEXTUAL-CONVENTION

The value of THsmdaSchedulerPolicyGroupId specifies the identification number of a HSMDA scheduler policy group. A value of zero (0) indicates that no specific group identification has been assigned for this object. When an object of type THsmdaSchedulerPolicyGroupId is an SNMP table index, an index value of zero (0) is not allowed and a noCreation error will be returned.

TEXTUAL-CONVENTION

The weight of the specified HSMDA entity while feeding into the parent.

TEXTUAL-CONVENTION

The weight of the specified HSMDA entity while feeding into the parent.

TEXTUAL-CONVENTION

The weight of the specified HSMDA entity while feeding into the parent. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The weight of the specified HSMDA entity while feeding into the parent.

TEXTUAL-CONVENTION

The weight of the specified HSMDA entity while feeding into the parent. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The identification number of an IP filter.

TEXTUAL-CONVENTION

A type containing the possible types of IP/IPv6 filters provided by the system.

TEXTUAL-CONVENTION

ICMP code. The value -1 means ICMP code is not set.

TEXTUAL-CONVENTION

ICMP type. The value -1 means ICMP type is not set.

TEXTUAL-CONVENTION

The remarking to be used.

TEXTUAL-CONVENTION

The data type describes the QoS dynamic policer identifier on ingress side or zero when not specified.

TEXTUAL-CONVENTION

The value, in bytes, of the override of the adjustment to make to the size of each incoming packet for accounting. A value of -128 indicates no override.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on ingress side.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on ingress side or zero when not specified.

TEXTUAL-CONVENTION

The identification number of a HSMDA ingress counter.

TEXTUAL-CONVENTION

The identification number of a HSMDA ingress counter. The value 0 indicates an undefined counter id.

TEXTUAL-CONVENTION

The value, in bytes, of the adjustment to make to the size of each incoming packet for accounting.

TEXTUAL-CONVENTION

The value of TIngressHsmdaQueueId specifies the identification number of a HSMDA ingress queue. A value of zero (0) indicates that no specific queue identification has been assigned for this object. When an object of type TIngressHsmdaQueueId is an SNMP table index, an index value of zero (0) is not allowed and a noCreation error will be returned.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on ingress side.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on ingress side or zero when not specified.

TEXTUAL-CONVENTION

The value, in bytes, of the adjustment to make to the size of each incoming packet for accounting. Only even values are supported.

TEXTUAL-CONVENTION

The value of TIngressQueueId specifies the identification number of an ingress queue. A value of zero (0) indicates that no specific queue identification has been assigned for this object. When an object of type TIngressQueueId is an SNMP table index, an index value of zero (0) is not allowed and a noCreation error will be returned.

TEXTUAL-CONVENTION

IP packet options octet. explanation of the octet bits: IP OPTION NUMBERS The Internet Protocol (IP) has provision for optional header fields identified by an option type field. Options 0 and 1 are exactly one octet which is their type field. All other options have their one octet type field, followed by a one octet length field, followed by length-2 octets of option data. The option type field is subdivided into a one bit copied flag, a two bit class field, and a five bit option number. These taken together form an eight bit value for the option type field. IP options are commonly referred to by this value. Copy Class Number Value Name Reference ---- ----- ------ ----- ------------------------------- --------- 0 0 0 0 EOOL - End of Options List [RFC791,JBP] 0 0 1 1 NOP - No Operation [RFC791,JBP] 1 0 2 130 SEC - Security [RFC1108] 1 0 3 131 LSR - Loose Source Route [RFC791,JBP] 0 2 4 68 TS - Time Stamp [RFC791,JBP] 1 0 5 133 E-SEC - Extended Security [RFC1108] 1 0 6 134 CIPSO - Commercial Security [???] 0 0 7 7 RR - Record Route [RFC791,JBP] 1 0 8 136 SID - Stream ID [RFC791,JBP] 1 0 9 137 SSR - Strict Source Route [RFC791,JBP] 0 0 10 10 ZSU - Experimental Measurement [ZSu] 0 0 11 11 MTUP - MTU Probe [RFC1191]* 0 0 12 12 MTUR - MTU Reply [RFC1191]* 1 2 13 205 FINN - Experimental Flow Control [Finn] 1 0 14 142 VISA - Experimental Access Control [Estrin] 0 0 15 15 ENCODE - ??? [VerSteeg] 1 0 16 144 IMITD - IMI Traffic Descriptor [Lee] 1 0 17 145 EIP - Extended Internet Protocol[RFC1385] 0 2 18 82 TR - Traceroute [RFC1393] 1 0 19 147 ADDEXT - Address Extension [Ullmann IPv7] 1 0 20 148 RTRALT - Router Alert [RFC2113] 1 0 21 149 SDB - Selective Directed Broadcast[Graff] 1 0 22 150 NSAPA - NSAP Addresses [Carpenter] 1 0 23 151 DPS - Dynamic Packet State [Malis] 1 0 24 152 UMP - Upstream Multicast Pkt. [Farinacci] [Note, an asterisk (*) denotes an obsoleted IP Option Number.]

TEXTUAL-CONVENTION

IP protocol number. Well known protocol numbers include ICMP(1), TCP(6), UDP(17). -1 means value not set. -2 indicates protocol wildcard for UDP and TCP.

TEXTUAL-CONVENTION

IP protocol number. Well known protocol numbers include ICMP(1), TCP(6), UDP(17).

TEXTUAL-CONVENTION

Description for an item. Note, use only NVT ASCII displayable characters here, no control characters, no UTF-8, etc.

TEXTUAL-CONVENTION

Longer description for an item. Note, use only NVT ASCII displayable characters here, no control characters, no UTF-8, etc.

TEXTUAL-CONVENTION

when set to off, the item is not matched. when set to false, packets without the item match the filter. when set to true, packets with the item match the filter.

TEXTUAL-CONVENTION

This textual convention determines some aspects of an item's behavior regarding creation and use, unused entry garbage collection, and automated promulgation by Element Management System to other systems in the service domain. TItemScope applies to SAP-ingress, SAP-egress, and Network policies, and to IP filters and MAC filters. exclusive: When the scope of an item is defined as exclusive, the item can only be applied once, for example to a single SAP. Attempting to assign the policy to a second SAP is not allowed and will result in an error. If the item is removed from the exclusive SAP, it will become available for assignment to another exclusive SAP. A non-applied exclusive scope policy is a candidate to be removed from the system by a TBD garbage collection command. The system default policies cannot be put into the exclusive scope. An error will be generated if scope exclusive is executed in any policies with a policy-id equal to 1. template: When the scope of an item is defined as template, the item can be applied any number of times. Policies with template scope will not be considered for deletion by a TBD garbage collection command; all items of scope 'template' must be deleted explicitly. The system default policies will always be scope template. An error will occur if a policy-id 1 is attempted to be set to scope exclusive.

TEXTUAL-CONVENTION

The TLDisplayString is DisplayString of 1022 characters. Any object defined using this syntax may not exceed 1022 characters in length.

TEXTUAL-CONVENTION

The long name of an item. When used as an index to a table, the item name uniquely identifies the instance. When used in a reference (TLNamedItemOrEmpty) the item name entry must exist in the table. Note, use only NVT ASCII displayable characters here, no control characters, no UTF-8, etc.

TEXTUAL-CONVENTION

The long name of an item, or an empty string. When used in a reference (TLNamedItemOrEmpty) the item name entry must exist in the table. Note, use only NVT ASCII displayable characters here, no control characters, no UTF-8, etc.

TEXTUAL-CONVENTION

The long name of a policy statement or an expression or an empty string. A logical expression contains terms and operators and can contain sub-expressions enclosed in round brackets. A term is a string of type TPolicyStatementName. An operator can be the string 'AND', 'OR', and 'NOT'.

TEXTUAL-CONVENTION

The long name of a policy statement, when an object refers to it.

TEXTUAL-CONVENTION

The level of the specified entity while feeding into the parent.

TEXTUAL-CONVENTION

The level of the specified entity while feeding into the parent. The value 0 is used to denote a default value.

TEXTUAL-CONVENTION

MPLS Experimental bits. -1 means not set.

TEXTUAL-CONVENTION

A type containing the possible types of MAC filters provided by the system

TEXTUAL-CONVENTION

determines whether the entry matches traffic using IP match entries or MAC match entries.

TEXTUAL-CONVENTION

The Advanced Configuration policy Max-Decrement rate to be used in kbps.

TEXTUAL-CONVENTION

This textual convention uniquely identifies Multi-class Frame relay QoS profiles in the ingress and egress multi-class frame relay QoS profile tables. The value 0 indicates a default QoS Profile as applicable to a given hardware.

TEXTUAL-CONVENTION

This textual convention uniquely identifies MLPPP Bundle QoS profile in the ingress and egress MLPPP QoS profile tables. The value 0 indicates default MLPPP QoS Profile as applicable to a given H/W

TEXTUAL-CONVENTION

The name of an item. When used as an index to a table, the item name uniquely identifies the instance. When used in a reference (TNamedItemOrEmpty) the item name entry must exist in the table. Note, use only NVT ASCII displayable characters here, no control characters, no UTF-8, etc.

TEXTUAL-CONVENTION

The name of an item, or an empty string. When used in a reference (TNamedItemOrEmpty) the item name entry must exist in the table. Note, use only NVT ASCII displayable characters here, no control characters, no UTF-8, etc.

TEXTUAL-CONVENTION

The amount of buffer space (in bytes) assigned to a queue by policer. The value -1 means that the actual value is derived from the corresponding buffer policy's default value.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on network ingress side.

TEXTUAL-CONVENTION

The data type describes the QoS control policer identifier on network ingress side or zero when not specified.

TEXTUAL-CONVENTION

the identification number of a network policy.

TEXTUAL-CONVENTION

The weight of the specified entity while feeding into the parent.

TEXTUAL-CONVENTION

The operator specifies the manner in which a couple of other MIB objects in the table are supposed to be used. Operator Value1 Value2 ---------------------------------------------------- none(0) Any(0) Any(0) eq(1) Specified Value Any(0) range(2) Starting Value Ending Value lt(3) Specified Value Any(0) gt(4) Specified Value Any(0) 'Any(0)' specifies that, this object can accept any values but would default to 0.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The PIR percentage rate specified in centipercent. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate. The value 0 means undefined rate.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The percentage of maximum PIR rate allowed. A value of 0 is not acceptable, so the range begins at 1.

TEXTUAL-CONVENTION

The type of the PIR/CIR rate being applied to port scheduler policy. The value of 'kbps' means the rate is specified in kbps. The value of 'percentActivePortLimit' means the rate is specified in percentage of active port bandwidth, that is, bandwidth of active ports in a LAG.

TEXTUAL-CONVENTION

The value, in bytes, of the adjustment to make to the size of each packet for accounting.

TEXTUAL-CONVENTION

The value, in bytes, of the override of the adjustment to make to the size of each packet for accounting. A value of -128 indicates no override.

TEXTUAL-CONVENTION

The amount of buffer space (in bytes) assigned to a queue by policer. The value -1 means that the actual value is derived from the corresponding buffer policy's default value.

TEXTUAL-CONVENTION

The amount of buffer space (in bytes) assigned to a queue by policer. The value -1 means that the actual value is derived from the corresponding buffer policy's default value. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The type of the PIR/CIR percent rate. The value 'kbps' means the rate is specified in kbps. The value 'percentLocalLimit' means the rate is specified in percentage of local limit. The value 'percentReferPortLimit' means the rate is specified in percentage of reference port limit.

TEXTUAL-CONVENTION

The type of the PIR/CIR percent rate. The value 'kbps' means the rate is specified in kbps. The value 'percentLocalLimit' means the rate is specified in percentage of local limit.

TEXTUAL-CONVENTION

The type of the PIR/CIR percent rate. The value 'kbps' means the rate is specified in kbps. The value 'percentPortLimit' means the rate is specified in percentage of port limit. The value 'percentLocalLimit' means the rate is specified in percentage of local limit. The value 'percentReferPortLimit' means the rate is specified in percentage of reference port limit.

TEXTUAL-CONVENTION

The relative weight of the specified entity while feeding into the parent.

TEXTUAL-CONVENTION

The identification number of a policy.

TEXTUAL-CONVENTION

The name of a policy statement, when used as index in a table.

TEXTUAL-CONVENTION

The name of a policy statement, when an object refers to it.

TEXTUAL-CONVENTION

The Committed Information Rate (CIR) rate to be used in kbps.

TEXTUAL-CONVENTION

The Peak Information Rate (PIR) rate to be used in kbps.

TEXTUAL-CONVENTION

The priority level for the specified port scheduler entity.

TEXTUAL-CONVENTION

The Peak Information Rate (PIR) rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The Committed Information Rate (CIR) rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The Peak Information Rate (PIR) rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The Peak Information Rate (PIR) rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The precedence bits as used in the IPv4 header. This constitutes of 3 bits and hence can hold the values from 0 to 7.

TEXTUAL-CONVENTION

The precedence bits as used in the IPv4 header. This constitutes of 3 bits and hence can hold the values from 0 to 7. The value '-1' specifies that the precedence value is undefined/unused.

TEXTUAL-CONVENTION

the priority to apply to a packet

TEXTUAL-CONVENTION

the priority to apply to a packet. when set to default(3), the priority from the default action is used.

TEXTUAL-CONVENTION

the priority to apply to a packet. when set to undefined(0), the priority is not applicable.

TEXTUAL-CONVENTION

the profile marking of a packet at the ingress.

TEXTUAL-CONVENTION

Profile marking of a packet.

TEXTUAL-CONVENTION

This textual convention specifies the type of the Queue-Group.

TEXTUAL-CONVENTION

The identification number of a QoS ingress policy.

TEXTUAL-CONVENTION

This textual convention specifies the type of the Qos Override.

TEXTUAL-CONVENTION

This textual convention indicates the identifier of the queue or policer that is overridden, or zero if the item that is overridden is not a queue or a policer.

TEXTUAL-CONVENTION

The identification number of a QoS queue group instance. The value of '0' indicates the system determined default value.

TEXTUAL-CONVENTION

The CIR rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The CIR rate to be used in kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

The PIR rate to be used in kbps. The value -1 means maximum rate. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The value of TQueueId specifies the identification number of a queue. A value of zero (0) indicates that no specific queue identification has been assigned for this object. When an object of type TQueueId is an SNMP table index, an index value of zero (0) is not allowed and a noCreation error will be returned.

TEXTUAL-CONVENTION

The value of TQueueIdOrAll specifies the identification number of a queue A value of zero (0) indicates that no specific queue identification has been assigned for this object. A value of (-1) indicates 'all queues'.

TEXTUAL-CONVENTION

The mode in which the queue is operating. If the queue is operating in the 'priority' mode, it is capable of handling traffic differently with two distinct priorities. These priorities are assigned by the stages preceding the queueing framework in the system. When the queue is operating in the 'profile' mode, in other words the color aware mode, the queue tries to provide the appropriate bandwidth to the packets with different profiles. The profiles are assigned according to the configuration of the forwarding class or the sub-forwarding class. In 'priority' mode, the queue does not have the functionality to support the profiled traffic and in such cases the queue will have a degraded performance. However, the converse is not valid and a queue in 'profile' mode should be capable of supporting the different priorities of traffic.

TEXTUAL-CONVENTION

The mode in which the queue stats are collected. In 'priority' mode separate stats are collected for high and low priority packets/octets. In 'profile' mode separate stats are collected for in profile and out of profile packets/octets. In 'v4V6' mode separate stats are collected for IPv4 and IPv6 packets/octets

TEXTUAL-CONVENTION

The percentage of maximum rate allowed.

TEXTUAL-CONVENTION

The type of the PIR/CIR rate. The value 'kbps' means the rate is specified in kbps. The value 'percent' means the rate is specified in percentage

TEXTUAL-CONVENTION

A regular expression string.

TEXTUAL-CONVENTION

The remarking to be used.

TEXTUAL-CONVENTION

The TResolveStatus indicates resolution status of the tunnels.

TEXTUAL-CONVENTION

TSapEgrEncapGroupActionType identifies Encapsulation group action type on SAP egress. It is used to create or destroy row entries in an associated table.

TEXTUAL-CONVENTION

TSapEgrEncapGroupType identifies Encapsulation group type on SAP egress.

TEXTUAL-CONVENTION

TSapEgrEncapGrpQosPolicyIdOrZero identifies SAP egress Encapsulation group QoS policy. The value '0' indicates no QoS policy is set.

TEXTUAL-CONVENTION

The identification number of a SAP egress policy.

TEXTUAL-CONVENTION

The identification number of a SAP ingress policy.

TEXTUAL-CONVENTION

The identification number of a SDP egress network policy.

TEXTUAL-CONVENTION

The identification number of a SDP ingress network policy.

TEXTUAL-CONVENTION

The secondary shaper PIR rate to be used in Mbps. The value -1 means maximum rate.

TEXTUAL-CONVENTION

TSiteOperStatus data type is an enumerated integer that describes the values used to identify the current operational state of a site.

TEXTUAL-CONVENTION

A number used to uniquely identify a subscriber host in the system

TEXTUAL-CONVENTION

The number of a TCP or UDP port. Well known port numbers include ftp-data(20), ftp(21), telnet(23), smtp(25), http(80), pop3(110), nntp(119), snmp(161), snmptrap(162), etc.

TEXTUAL-CONVENTION

The operator used for checking on TCP/UDP ports values and ranges

TEXTUAL-CONVENTION

The identification number of a policy for template objects.

TEXTUAL-CONVENTION

The weight of the specified entity while feeding into the parent.

TEXTUAL-CONVENTION

The weight of the specified entity while feeding into the parent. A value of -2 specifies no override.

TEXTUAL-CONVENTION

The profile marking of a packet. Value of 'in' specifies in-profile marking. Value of 'out' specifies out-profile marking. Value of 'none' specifies the profile marking of the packet will be inherited from the existing enqueuing priority derived from earlier matches in the classification hierarchy.

TEXTUAL-CONVENTION

The extra long name of an item. When used as an index to a table, the item name uniquely identifies the instance. When used in a reference (TXLNamedItemOrEmpty) the item name entry must exist in the table. Note, use only NVT ASCII displayable characters here, no control characters, no UTF-8, etc.

TEXTUAL-CONVENTION

The extra long name of an item, or an empty string. When used in a reference (TXLNamedItemOrEmpty) the item name entry must exist in the table. Note, use only NVT ASCII displayable characters here, no control characters, no UTF-8, etc.

TEXTUAL-CONVENTION

The extra long name of a policy statement or an expression or an empty string. A logical expression contains terms and operators and can contain sub-expressions enclosed in round brackets. A term is a string of type TPolicyStatementName. An operator can be the string 'AND', 'OR', and 'NOT'.

TEXTUAL-CONVENTION

This data type describes a set of AA (Application Assurance) counters for which accounting data can be collected. The bits are defined as follows: any (0) - enables reporting when there is a change to any counter sfa (1) - allowed flows from sub nfa (2) - allowed flows to sub sfd (3) - denied flows from sub nfd (4) - denied flows to sub saf (5) - active flows from sub naf (6) - active flows to sub spa (7) - total packets from sub npa (8) - total packets to sub sba (9) - total bytes from sub nba (10) - total bytes to sub spd (11) - total discard packets from sub npd (12) - total discard packets to sub sbd (13) - total discard bytes from sub nbd (14) - total discard bytes to sub sdf (15) - short duration flows mdf (16) - medium duration flows ldf (17) - long duration flows tfd (18) - total flow duration tfc (19) - total flows completed sbm (20) - max throughput in bytes from sub spm (21) - max throughput in packets from sub smt (22) - max throughput timestamp from sub nbm (23) - max throughput in bytes to sub npm (24) - max throughput in packets to sub nmt (25) - max throughput timestamp to sub sfc (26) - forwarding class from sub nfc (27) - forwarding class to sub

TEXTUAL-CONVENTION

This data type describes a set of AA (Application Assurance) subscriber attributes which must be included in accounting data. The bits are defined as follows: appProfile (0) - application profile appServiceOption (1) - application service option

TEXTUAL-CONVENTION

This data type describes a set egress counters for which accounting data can be collected associated with a given counter.

TEXTUAL-CONVENTION

This data type describes a set ingress counters for which accounting data can be collected associated with a given counter.

TEXTUAL-CONVENTION

This data type describes a set of egress counters for which accounting data can be collected associated with a given policer. ipo : In-profile Packets Offered ipd : In-profile Packets Discarded opo : Out-profile Packets Offered opd : Out-profile Packets Discarded ioo : In-profile Octets Offered iod : In-profile Octets Discarded ooo : Out-profile Octets Offered ood : Out-profile Octets Discarded ucp : Uncoloured Packets Offered uco : Uncoloured Octets Offered ipf : In-profile Packets Forwarded iof : In-profile Octets Forwarded opf : Out-Profile Packets Forwarded oof : Out-Profile Octets Forwarded xpo : Exceed-profile Packets Offered; xpd : Exceed-profile Packets Discarded; xpf : Exceed-profile Packets Forwarded; xoo : Exceed-profile Octets Offered; xod : Exceed-profile Octets Discarded; xof : Exceed-profile Octets Forwarded; ppo : In-plus-profile Packets Offered; ppd : In-plus-profile Packets Discarded; ppf : In-plus-profile Packets Forwarded; poo : In-plus-profile Octets Offered; pod : In-plus-profile Octets Discarded; pof : In-plus-profile Octets Forwarded;

TEXTUAL-CONVENTION

This data type describes a set of ingress counters for which accounting data can be collected associated with a given policer. ipo : In-profile Packets Offered ipd : In-profile Packets Discarded opo : Out-profile Packets Offered opd : Out-profile Packets Discarded ioo : In-profile Octets Offered iod : In-profile Octets Discarded ooo : Out-profile Octets Offered ood : Out-profile Octets Discarded ucp : Uncoloured Packets Offered uco : Uncoloured Octets Offered ipf : In-profile Packets Forwarded iof : In-profile Octets Forwarded opf : Out-profile Packets Forwarded oof : Out-profile Octets Forwarded.

TEXTUAL-CONVENTION

This data type describes a set egress counters for which accounting data can be collected associated with a given queue.

TEXTUAL-CONVENTION

This data type describes a set ingress counters for which accounting data can be collected associated with a given queue.

TEXTUAL-CONVENTION

The data type TmnxAccessLoopEncapDataLink specifies the data link used by the subscriber on the DSL access loop.

TEXTUAL-CONVENTION

The data type TmnxAccessLoopEncaps1 specifies the encapsulation used by the subscriber on the DSL access loop.

TEXTUAL-CONVENTION

The data type TmnxAccessLoopEncaps2 specifies the encapsulation used by the subscriber on the DSL access loop.

TEXTUAL-CONVENTION

The TmnxActionType data type is an enumerated integer that describes the values used to support action or operation style commands. Setting a variable of this type to 'doAction' causes the action to occur. GETs and GETNEXTs on this variable return 'not-applicable'.

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

TEXTUAL-CONVENTION

The data type to specify Adjacency Set family.

TEXTUAL-CONVENTION

The TmnxAdminState data type is an enumerated integer that describes the values used to identify the administratively desired state of functional modules.

TEXTUAL-CONVENTION

TmnxAdminStateTruthValue data type is an TruthValue object used to identify the administrative state of a snmp row. A value of 'true' means the snmp row is administrative 'up'.

TEXTUAL-CONVENTION

TmnxAdminStateUpDown data type is an enumerated integer that describes the values used to identify the administrative state of a snmp row.

TEXTUAL-CONVENTION

TmnxAiiType indicates LDP FEC 129 Attachment Individual Identifier (AII) type.

TEXTUAL-CONVENTION

The TmnxAncpString data type contains a valid ancp string.

TEXTUAL-CONVENTION

The TmnxAncpStringOrZero data type contains a valid ancp string. An empty string indicates that no ANCP string is defined.

TEXTUAL-CONVENTION

The data type TmnxAppProfileString denotes the application profile string.

TEXTUAL-CONVENTION

The data type TmnxAppProfileStringOrEmpty denotes the application profile string. The empty string denotes the absence of a application profile.

TEXTUAL-CONVENTION

The data type TmnxAsciiSpecification is a format string that specifies how to form a target ASCII string. The format is as follows: <ascii-specification> ::= <char-specification>+ <char-specification> ::= <ascii-char> | <char-origin> <char-origin> ::= '%' <origin> <ascii-char> refers to a printable ASCII character. Examples and supported char-origin specifiers are supplied with the object definitions.

TEXTUAL-CONVENTION

The TmnxAuthPassword data type contains a password used for authentication of subscribers.

TEXTUAL-CONVENTION

The value of TmnxBGPFamilyType specifies the AFI-SAFI family for BGP peer.

TEXTUAL-CONVENTION

The TmnxBfdEncap data type is an enumerated integer indicating encapsulation used for in the BFD operation.

TEXTUAL-CONVENTION

The TmnxBfdIntfSessOperState data type is an enumerated integer that describes the values used to identify the operational state of a BFD session is relying upon for its fast triggering mechanism.

TEXTUAL-CONVENTION

An object of type TmnxBfdOnLspSessFecType indicates the Forwarding Equivalence Class (FEC) type of a Bidirectional Forwarding Detection (BFD) session running on an LSP.

TEXTUAL-CONVENTION

The TmnxBfdSessOperState data type is an enumerated integer that describes the values used to identify the operational state of a BFD session the instance is relying upon for its fast triggering mechanism.

TEXTUAL-CONVENTION

This data type indicates what protocols are using a BFD session.

TEXTUAL-CONVENTION

an autonomous system (AS) number.

TEXTUAL-CONVENTION

The TmnxBgpEvpnAcEthTag indicates ethernet tag value of the BGP EVPN attachment circuit.

TEXTUAL-CONVENTION

a local route preference value.

TEXTUAL-CONVENTION

a route preference value.

TEXTUAL-CONVENTION

TmnxBgpRouteTarget is an readable string that specifies the extended community name to be accepted by a Route Reflector Server or advertised by the router when reflecting any routes. I.e, it does not apply to routes that are not reflected by the router.

TEXTUAL-CONVENTION

The data type TmnxBinarySpecification is a string of ASCII characters that specifies how to form a binary number. The format is as follows: <binary-specification> ::= <bit-specification>+ <bit-specification> ::= '0' | '1' | <bit-origin> <bit-origin> ::= '*' <number-of-bits> <origin> <number-of-bits> ::= [1..32] Examples and supported bit-origin specifiers are supplied with the object definitions.

TEXTUAL-CONVENTION

TmnxBsxAaGrpPartIndexOrZero is an index of an Application Assurance partition within an Application Assurance group, and is a unique 32-bit number encoded as follows. | 32 25 | 24 9 | 8 1 | +---------+---------+----------+ | 0 | partidx | groupidx| Partition Index +---------+---------+----------+ - groupidx represents a group of ISA MDAs and has a valid range from 1..255. The corresponding TmnxBsxIsaAaGroupIndex must already exist in the tmnxBsxIsaAaGrpTable. - partidx represents a partition within a group and has a valid range from 0..65535. A partition index of '0' represents group wide information. The value of zero indicates that no Application Assurance partition is specified

TEXTUAL-CONVENTION

TmnxBsxAarpId identifies an instance of the AA Redundancy Protocol (AARP).

TEXTUAL-CONVENTION

TmnxBsxAarpIdOrZero identifies an instance of the AA Redundancy Protocol (AARP). The value of '0' indicates an invalid AARP instance.

TEXTUAL-CONVENTION

TmnxBsxAarpServiceRefType identifies the role of the SAP or Spoke SDP service point being referenced by an AARP instance. This reference is made in the context of a AARP instance identified by TmnxBsxAarpIdOrZero. The service reference types are: none(0) - service reference type is not applicable. dualHomed(1) - the service reference point is a SAP or Spoke SDP connected into a dually homed network being protected by the AARP instance. shuntSubscriberSide(2) - the service reference point is a Spoke SDP acting as a subscriber side shunt used by the AARP instance. A subscriber side shunt carries the local from/to subscriber traffic when AA is performed remotely. shuntNetworkSide(3) - the service reference point is a Spoke SDP acting as a network side shunt used by the AARP instance. A network side shunt carries the local from/to network traffic when AA is performed remotely. dualHomedSecondary(4) - the secondary service reference point is a SAP or Spoke SDP connected into a dually homed network being protected by the AARP instance. It functions as a backup to the 'dualHomed(1)' primary reference point. For the case when TmnxBsxAarpIdOrZero refers to the invalid AARP instance '0', the service reference type is 'none(0)'.

TEXTUAL-CONVENTION

TmnxBsxIsaAaGroupIndexOrZero is an index of a group of BSX MDAs. The value of zero indicates that no BSX MDA group is specified.

TEXTUAL-CONVENTION

TmnxBsxTransPrefPolicyId identifies a transit prefix policy.

TEXTUAL-CONVENTION

TmnxBsxTransPrefPolicyId identifies a transit prefix policy. The value '0' indicates an invalid transit prefix policy.

TEXTUAL-CONVENTION

TmnxBsxTransitIpPolicyId identifies a transit IP policy.

TEXTUAL-CONVENTION

TmnxBsxTransitIpPolicyId identifies a transit ip policy. The value '0' indicates an invalid transit IP policy.

TEXTUAL-CONVENTION

The TmnxCBFClasses indicates a set of forwarding classes.

TEXTUAL-CONVENTION

The TmnxCdrDiagnosticAction is an enumerated integer that describes whether the Diagnostics should be included or excluded in the Charging Data Record (CDR).

TEXTUAL-CONVENTION

The TmnxCdrType is an enumerated integer that describes the current charging type in Charging Data Record (CDR). pgwCdr - indicates Packet data network Gateway CDR gCdr - indicates Gateway GPRS Support Node (GGSN) CDR, where GPRS stands for General Packet Radio Service. eGCdr - indicates Enhanced Gateway GPRS Support Node (GGSN) CDR.

TEXTUAL-CONVENTION

The value of TmnxCliEngine specifies the CLI engine type. Values: classicCli (1) - Classic CLI engine. mdCli (2) - Model-Driven CLI engine. systemDerived (3) - Default value. CLI engine derived from system configuration-mode.

TEXTUAL-CONVENTION

The TmnxCreateOrigin indicates the entity that created the entry.

TEXTUAL-CONVENTION

A number used to identify a Customer or Subscriber. This ID must be unique within the Service Domain. The value 0 is used as the null ID.

TEXTUAL-CONVENTION

A number used to identify a Customer or Subscriber. This ID must be unique within the Service Domain.

TEXTUAL-CONVENTION

The DHCP6 messagetype.

TEXTUAL-CONVENTION

The data type TmnxDataFormat represents how the input data is specified: - 'ascii (2)': the data contains seven-bit ASCII characters - 'hex (3)': the data contains octets. It must be displayed in hexadecimal format because it contains non-printable characters.

TEXTUAL-CONVENTION

The TmnxDayOfWeek is an enumerated integer that describes the day of the week.

TEXTUAL-CONVENTION

The TmnxDayOfWeekList describes days of the week in a bitset format.

TEXTUAL-CONVENTION

The data type TmnxDefInterDestIdSource specifies what will be used as the default intermediate destination identifier. This value is used in case no other source (like RADIUS) provides an intermediate destination identifier. If the value of this object is set to 'useString', the value of the string contained in another object will be used as the default intermediate destination identifier; that object must be identified where this datatype is used. If the value of this object is set to 'useTopQTag', the top q-tag of the ingress SAP will be used as the default subscriber intermediate destination identifier. If the value of this object is set to 'useVpi', the ATM VPI of the ingress SAP will be used as the default subscriber intermediate destination identifier.

TEXTUAL-CONVENTION

The data type TmnxDefSubIdSource specifies what will be used as the default subscriber identification. This value is used in case no other source (like RADIUS) provides a subscriber identification string. If the value of this object is set to 'useSapId', the SAP-id will be used as the default subscriber identification string. If the value of this object is set to 'useAutoId', the auto-generated subscriber identification string, as defined in tmnxSubMgmtAutoSubIdObjs, is used as the default subscriber identification string. If the value of this object is set to 'useString', the value of the string contained in another object will be used as the default subscriber identification string; that object must be identified where this datatype is used.

TEXTUAL-CONVENTION

The state of a DHCP client.

TEXTUAL-CONVENTION

The data type TmnxDhcpOptionDisplay represents a hint of how the value of a DHCP option can be displayed: - 'default (1)' : display the option according to the type; - 'hexDuration (2)' : display the hex option as a duration; - 'hexNetbiosNodeType (3)' : display the hex option as a Netbios node type.; - 'hexIpv4Address (4)' : display the hex option as a list of IPv4 addresses.; - 'hexIpv6Address (5)' : display the hex option as a list of IPv6 addresses.

TEXTUAL-CONVENTION

The data type TmnxDhcpOptionType represents how the value of this option is encoded: - 'ipv4 (1)' : this option contains an IPv4 address (4 octets) - 'ascii(2)' : this option contains seven-bit ASCII characters - 'hex (3)' : this option contains octets. It must be displayed in hexadecimal format because it contains non-printable characters. - 'ipv6 (4)' : this option contains an IPv6 address (16 octets) - 'domain (5)': this option contains a domain name that will be encoded as specified by RFC 1035 section 3.1.

TEXTUAL-CONVENTION

The data type TmnxDhcpServerDUIDTypeCode represents the type code of the DHCP Unique Identifier (DUID) as specified by RFC 3315 section 9.1.

TEXTUAL-CONVENTION

The TmnxDiamCcFailureHndlng data type is an enumerated integer that describes the different actions that can be taken after a DCCA (Diameter Credit Control Application) session failure has occurred.

TEXTUAL-CONVENTION

A string that represents an URL. If the URL contains login information in the form of 'username:password' this login information will be blanked out in the SNMP get response, by replacing the login information with '*:*'.

TEXTUAL-CONVENTION

The TmnxDistCpuProtAction data type is an enumerated integer that describes the values used to specify the action to be taken on the traffic when the filter entry matches. discard (1) packets matching the filter entry are discarded low-priority (2) packets matching the filter entry are marked as low-priority none (3) no action is taken.

TEXTUAL-CONVENTION

An exceed action rate in seconds for Distributed CPU Protection Policy parameters determining hold-down duration for specified exceed-action. The value of 0 means no hold-down and value of -1 means indefinite hold-down duration.

TEXTUAL-CONVENTION

The amount of buffer space (in kilobytes) assigned to a queue by policer for Distributed CPU Protection Policy parameters.

TEXTUAL-CONVENTION

The TmnxDistCpuProtEnforceType data type is an enumerated integer that describes the values used to specify the enforcement type.

TEXTUAL-CONVENTION

The TmnxDistCpuProtLogEventType data type is an enumerated integer that describes the state of log events for Distributed CPU Protection Policy. none (0) indicates log events is disabled enable (1) indicates log events is enabled verbose (2) indicates generation of additional log events to be used for debug/tuning/investigations which would have not been generated when TmnxDistCpuProtLogEventType is set to 'enable'.

TEXTUAL-CONVENTION

A packet rate limit expressed in packets per second for Distributed CPU Protection Policy parameters. The value -1 means max rate.

TEXTUAL-CONVENTION

The TmnxDistCpuProtProtocolId data type is an enumerated integer that indicates the protocols supported for the Distributed CPU Protection Policy.

TEXTUAL-CONVENTION

A kbps limiting rate in kilobits per second for Distributed CPU Protection Policy parameters. The value -1 means max rate.

TEXTUAL-CONVENTION

The TmnxDistCpuProtRateType data type is an enumerated integer that describes the rate type being applied by the policer for the Distributed CPU Protection Policy.

TEXTUAL-CONVENTION

The TmnxDistCpuProtState data type is an enumerated integer that describes the state of the policer for the Distributed CPU Protection Policy.

TEXTUAL-CONVENTION

TmnxEgrPolicerStatMode specifies the mode of statistics collected by this egress policer.

TEXTUAL-CONVENTION

TmnxEgrPolicerStatModeOverride specifies the override mode of statistics collected by this egress policer.

TEXTUAL-CONVENTION

The TmnxEnabledDisabled data type is an enumerated integer that describes the values used to identify whether an entity is 'enabled' or 'disabled'.

TEXTUAL-CONVENTION

The TmnxEnabledDisabledAdminState data type is an enumerated integer that describes the values used to identify whether an entity is 'enabled' or 'disabled'. It is to be used for admin state leafs.

TEXTUAL-CONVENTION

The TmnxEnabledDisabledOrInherit data type is an enumerated integer that describes the values used to identify whether an entity is 'enabled', 'disabled' or inherits its state from another object that is usually in another mib table.

TEXTUAL-CONVENTION

An object of type TmnxEnabledDisabledOrNA indicates if an entity is enabled or disabled, or if enabled/disabled is not applicable to the entity.

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The value of the label used to identify the entity using the specified encapsulation value on a specific port. The format of this object depends on the encapsulation type defined on this port. When the encapsulation is nullEncap the value of this object must be zero. 31 0 +--------+--------+--------+--------+ |00000000 00000000 00000000 00000000| +--------+--------+--------+--------+ When the encapsulation is dot1qEncap the value of this object is equal to the 12-bit IEEE 802.1Q VLAN ID. 31 0 +--------+--------+--------+--------+ |00000000 00000000 0000XXXX XXXXXXXX| +--------+--------+--------+--------+ Bit 31 is set to 0 in the case of tagged-VLAN. Bit 31 is set to 1 in the case of dotq-CP as follows: 31 0 +--------+--------+--------+--------+ |10000000 00000000 0000XXXX XXXXXXXX| +--------+--------+--------+--------+ When the encapsulation is mplsEncap the value of this object is equal to the 20-bit LSP ID. 31 0 +--------+--------+--------+--------+ |00000000 0000XXXX XXXXXXXX XXXXXXXX| +--------+--------+--------+--------+ When the encapsulation is frEncap, the value of this object is equal to the 10-bit Frame Relay DLCI. 31 0 +--------+--------+--------+--------+ |00000000 00000000 000000XX XXXXXXXX| +--------+--------+--------+--------+ When the encapsulation is qinqEncap, the value of the outer 802.1Q VLAN ID is encoded in the least significant 16 bits, and the value of the inner VLAN ID is encoded in the most significant 16 bits. 31 0 +--------+--------+--------+--------+ |0000YYYY YYYYYYYY 0000XXXX XXXXXXXX| +--------+--------+--------+--------+ where: - '*' is represented as 4095. - '0' is represented as 0. - any other value in between as a valid tag. - '*.null' is represented in the following way: 31 0 +--------+--------+--------+--------+ |10000000 00000000 00001111 11111111| +--------+--------+--------+--------+ Bit 30 is set to 0 in the case of tagged-qinq for the bottom tag. Bit 30 is set to 1 in the case of qinq-CP with bottom tag. Bit 15 is set to 0 in the case of tagged-qinq for the top tag. Bit 15 is set to 1 in the case of qinq-CP with top tag as follows: 31 0 +--------+--------+--------+--------+ |0100YYYY YYYYYYYY 0100XXXX XXXXXXXX| +--------+--------+--------+--------+ When the encapsulation is atmEncap, the value of the ATM VCI is encoded in the least significant 16 bits, and the value of the ATM VPI is encoded in the next 12 bits. For ATM VCs, the top 3 bits are 000. The value of the ATM VCI is encoded in the least significant 16 bits, and the value of the ATM VPI is encoded in the next 12 bits. 31 0 +--------+--------+--------+--------+ |0000YYYY YYYYYYYY XXXXXXXX XXXXXXXX| +--------+--------+--------+--------+ For ATM capture VCs, bits 0 and 28 are 1. 31 0 +--------+--------+--------+--------+ |00010000 00000000 00000000 00000001| +--------+--------+--------+--------+ For ATM VPs, the top 3 bits are 010. The value of the ATM VPI is encoded in the least significant 12 bits. 31 0 +--------+--------+--------+--------+ |01000000 00000000 0000XXXX XXXXXXXX| +--------+--------+--------+--------+ For ATM VP ranges, the top 3 bits are 100. The value of the start of the ATM VPI range is encoded in the least significant 12 bits, and the value of the end of the ATM VP range is encoded in the next 12 bits. 31 0 +--------+--------+--------+--------+ |10000000 YYYYYYYY YYYYXXXX XXXXXXXX| +--------+--------+--------+--------+ For ATM ports, the top 3 bits are 110, and the rest of the bits must be zero. 31 0 +--------+--------+--------+--------+ |11000000 00000000 00000000 00000000| +--------+--------+--------+--------+ For ATM CPs, the top 3 bits are 001. The value of the ATM CP is encoded in the least significant 13 bits. 31 0 +--------+--------+--------+--------+ |00100000 00000000 000XXXXX XXXXXXXX| +--------+--------+--------+--------+ When the encapsulation is wanMirrorEncap the value of this object is equal to the 12-bit value. 31 0 +--------+--------+--------+--------+ |00000000 00000000 0000XXXX XXXXXXXX| +--------+--------+--------+--------+ Some ports have a restrictions to the encapsulation types that they can support and hence impose restrictions on the respective formats defined above.

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The TmnxEsaNum data type contains an identification number for an Extended Service Appliance. The value '0' indicates an invalid reference.

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The TmnxEsaVappNum type contains an identification number for the Virtual Application on an Extended Service Appliance. The value '0' indicates an invalid reference.

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The TmnxEvpnMHEthSegStatus data type is an enumerated integer that describes the status of an ethernet segment associated with the given SAP or SDP binding.

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The value of TmnxEvpnMultiHomingState indicates multi-homing state of the element.

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A number used to identify an external Service. This ID must be unique within the Service Domain. The value 0 is used as the null ID.

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The unique value that identifies the forwarding plane within a specific IOM card in the system.

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The unique value that identifies the forwarding plane within a specific IOM card in the system. Value 0 means this value is not applicable.

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The data type TmnxFilterProfileStringOrEmpty denotes the filter profile string. The empty string denotes the absence of a filter profile.

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TmnxFlexAlgoId identifies a specific Flexible Algorithm in the system.

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The data type TmnxFpeId is a number that uniquely identifies a Forward Path Extension (FPE).

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The data type TmnxFpeIdOrZero is a number that either uniquely identifies a Forward Path Extension (FPE), or is equal to zero.

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The upper 32 bits of a 64 bit value.

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A string that represents an HTTP URL configured for HTTP redirection. The string may contain a macro '$URL' that specifies substitution of '$URL' by another string; the origin of that string is documented where this textual convention is used. The string may contain a macro '$MAC' that specifies substitution of '$MAC' by another string, representing a MAC address; the origin of that string is documented where this textual convention is used. The string may contain a macro '$IP' that specifies substitution of '$IP' by another string, representing an IP address; the origin of that string is documented where this textual convention is used. The string may contain a macro '$SUB' that specifies substitution of '$SUB' by another string, representing an subscriber ID; the origin of that string is documented where this textual convention is used. The string may contain a macro '$SAP' that specifies substitution of '$SAP' by another string, representing a SAP (Service Access Point); the origin of that string is documented where this textual convention is used. The string may contain a macro '$SAPDESC' that specifies substitution of '$SAPDESC' by another string; the origin of that string is documented where this textual convention is used. The string may contain a macro '$CID' that specifies substitution of '$CID' by a bytestring, representing a circuit-id or interface-id; the origin of that string is documented where this textual convention is used. The string may contain a macro '$RID' that specifies substitution of '$RID' by a bytestring, representing a remote-id; the origin of that string is documented where this textual convention is used. Not all substitution macro's are supported in every situation; an unsupported macro is ignored (substituted with nothing); the set of supported macro's should be documented where this textual convention is used.

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A number used to identify an entry in the tIPsecTnlTempTable.

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A number used to identify an entry in the tIPsecTnlTempTable or zero.

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The TmnxISID specifies a 24 bit (1..16777215) service instance identifier for the service. As part of the Shortest Path Bridging (SPB) frames, it is used at the destination PE as a demultiplexor field. The value of 0 is used to indicate the value of this object is unspecified.

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The TmnxISID specifies a 24 bit (1..16777215) service instance identifier for the service. As part of the Shortest Path Bridging (SPB) frames, it is used at the destination PE as a demultiplexor field.

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The data type TmnxIgmpGroupFilterMode describes the filter-mode of a group. In 'include(1)' mode, reception of packets sent to the specified multicast address is requested only from those IPv4 Source addresses listed in the corresponding source-list. In 'exclude(2)' mode, reception of packets sent to the given multicast address is requested from all IPv4 Source addresses, except those listed in the corresponding source-list (if any).

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The data type TmnxIgmpGroupType describes how a multicast group is learned.

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The data type TmnxIgmpSnpgGroupType describes how a multicast group is learned.

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The data type TmnxIgmpVersion denotes the version of the IGMP protocol: - 'version1(1)': means version 1 of the IGMP protocol - 'version2(2)': means version 2 of the IGMP protocol - 'version3(3)': means version 3 of the IGMP protocol.

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An object of type TmnxIgpInstance identifies an instance of an Interior Gateway Protocol (IGP). Supported IGPs are Intermediate System to Intermediate System (IS-IS) and Open Shortest Path First (OSPF). The supported range varies with the IGP and address family, as follows. IGP Address Family Supported Range ------ -------------- --------------- IS-IS all 0..31 OSPFv2 all 0..31 OSPFv3 IPv4 unicast 64..95 OSPFv3 IPv6 unicast 0..31

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The data type to specify IGP shortcut tunnel next hop family.

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TmnxIkePolicyAuthMethod data type is an enumerated integer that describes the type of authentication method used.

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TmnxIkePolicyAutoEapMethod data type is an enumerated integer that describes the type of fallback authentication method use in conjunction with the automatic EAP authentication method.

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TmnxIkePolicyAutoEapOwnMethod data type is an enumerated integer that describes the type of fallback authentication method use in conjunction with the automatic EAP authentication method on its own side.

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TmnxIkePolicyOwnAuthMethod data type is an enumerated integer that describes the type of authentication method used for its own side.

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TmnxIngPolicerStatMode specifies the mode of statistics collected by this ingress policer.

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TmnxIngPolicerStatModeOverride specifies the override mode of statistics collected by this ingress policer.

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The value of TmnxInternalSchedWeightMode specifies the weight-mode applied to queues using internal-scheduler. Various modes can be enumerated as follows: noOverride (1) - follows queue behavior specified at the card level. default (2) - queues are equally weighted except for mixed-speed LAG (when the value of TIMETRA-LAG-MIB.mib::tLagPerFpIngQueuing is set to 'false (2)') where queues are weighted based on port-speed. forceEqual (3) - all queues are always equally weighted. offeredLoad (4) - queues are weighted based on offered load. cappedOfferedLoad (5) - queues are weighted based on offered load capped by admin PIR.

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The value of TmnxIpSecIsaOperFlags specifies the operational flags that determine the status of the MDAs associated with IPsec ISA.

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The TmnxIsaBbGrpId data type contains an identification number for an ISA-BB group. An ISA-BB group is a set of MDA of type 'isa-bb' that together performs a particular function such as NAT (Network Address Translation) or IP datagram fragment reassembly. The value zero means that no ISA-BB Group is defined.

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TmnxIsaScalingProfile is an enumerated integer that specifies the ISA scaling profile. The meaning of each profile is explained in the customer documentation. ISA scaling profiles are only used in a virtual machine implementation.

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The TmnxIsidMFibStatus data type describes the MFIB status of the ISID.

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The TmnxL2tpTunnelGroupName data type contains a valid string to identify a Layer Two Tunneling Protocol Tunnel Group.

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The TmnxL2tpTunnelGroupNameOrEmpty data type contains a valid string to identify a Layer Two Tunneling Protocol Tunnel Group. An empty string indicates that no Tunnel Group is defined.

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The TmnxLagPerLinkHashClass is the class of traffic which along with the relative weight is used in the egress hashing on the LAG.

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The TmnxLagPerLinkHashClass is the class of traffic which along with the relative weight is used in the egress hashing on the LAG.

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The TmnxLagPerLinkHashWeight is the relative weight of the traffic which along with the class is used in the egress hashing on the LAG.

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TmnxLdpFECType determines the kind of FEC that the label mapping, withdraw, release and request messages are referring to.

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The data type TmnxLinkMapProfileId describes the link map profile identifier.

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The data type TmnxLinkMapProfileId describes the link map profile identifier or zero.

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The TmnxLongDisplayString indicates a long DisplayString.

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The TmnxLongDisplayString indicates a long DisplayString.

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The TmnxLongDisplayString indicates a long DisplayString.

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The lower 32 bits of a 64 bit value.

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The data type TmnxMacSpecification is a string of ASCII characters that specifies how to format a string that represents a MAC address. The format is as follows: <mac-specification> ::= <alpha-string> [<delimiter-char>] <alpha-string> ::= <ucase-alpha>+ | <lcase-alpha>+ <ucase-alpha> ::= 'A' | 'B' | 'B' ... | 'Z' <lcase-alpha> ::= 'a' | 'b' | 'c' ... | 'z' <delimiter-char> any ASCII character that is not an <alpha-char> or a decimal digit Only the number of alphabetic characters and the case is relevant. Examples: 'ab:' 00:0c:f1:99:85:b8 Nokia SROS style 'XY-' 00-0C-F1-99-85-B8 IEEE canonical style 'mmmm.' 0002.03aa.abff Cisco style. 'xx' 000cf19985b8

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The data type TmnxManagedRouteStatus denotes the status of a Managed Route.

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TmnxMdaQos is an enumerated integer whose value specifies the Quality of Service support of a Media Dependent Adapter (MDA).

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The data type TmnxMldGroupFilterMode describes the filter-mode of a group. In 'include(1)' mode, reception of packets sent to the specified multicast address is requested only from those IPv6 source addresses listed in the corresponding source-list. In 'exclude(2)' mode, reception of packets sent to the given multicast address is requested from all IPv6 source addresses, except those listed in the corresponding source-list (if any).

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The data type TmnxMldGroupType describes how a multicast group is learned.

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The data type TmnxMldVersion denotes the version of the MLD protocol: - 'version1(1)': means version 1 of the MLD protocol - 'version2(2)': means version 2 of the MLD protocol

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The TmnxMlpppEpClass type represents the address class of the MLPPP Endpoint Discriminator option.

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The TmnxMplsLabel data type indicates range for MPLS label.

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The TmnxMplsLabelOrZero data type indicates range for MPLS label. The value 0 indicates that no MPLS label is specified.

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A value that represents the type of LDP identifier ipv4(1) An IPv4 identifier type as defined by the InetAddressIPv4 textual convention. ipv6(2) An IPv6 identifier type as defined by the InetAddressIPv6 textual convention. Each definition of a concrete TmnxMplsLdpNgIdType value must be accompanied by a definition of a textual convention for use with that TmnxMplsLdpNgIdType. Implementations must ensure that TmnxMplsLdpNgIdType objects and any dependent objects (e.g., TmnxMplsLdpNgIdentifier objects) are consistent. An inconsistentValue error must be generated if an attempt to change an TmnxMplsLdpNgIdType object would, for example, lead to an undefined TmnxMplsLdpNgIdentifier value. In particular, TmnxMplsLdpNgIdType/TmnxMplsLdpNgIdentifier pairs must be changed together if the identifier type changes (e.g., from ipv6(2) to ipv4(1)).

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The LDP identifier is a eighteen octet quantity which is used to identify a Label Switch Router (LSR) label space. When the LDP Id type is 'ipv4', the first four octets encode an IP address assigned to the LSR, and next two octets identify a specific label space within the LSR assigned to the LSR. When the LDP Id type is 'ipv6', the first sixteen octets encode an IP address an assigned to the LSR, and last two octets identify a specific label space within the LSR.

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The TmnxMplsLspBandwidth data type indicates maximum bandwidth range.

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The Label Switch Router (LSR) identifier is the first 16 bytes or the Router Id component of the IPv6 Label Distribution Protocol (LDP) identifier.

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The value of TmnxMplsTpGlobalID specifies the MPLS-TP global identifier.

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The value of TmnxMplsTpNodeID specifies the MPLS-TP node identifier.

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The type of this MPLS-TP tunnel entity.

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A number used to identify a multi-segment pseudo-wire provider-edge signaling type.

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The data type TmnxMulticastAddrFamily denotes the family for multicast protocol.

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The TmnxNatIsaGrpId data type contains an identification number for a Network Address Translation Integrated Service Adaptor group.

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The TmnxNatIsaGrpIdOrZero data type contains an identification number for a Network Address Translation Integrated Service Adaptor (ISA) group. The value zero means that no NAT ISA Group is defined.

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TmnxNatL2AwAccessMode is an enumerated integer that specifies the Layer-2-Aware NAT access mode. The value 'auto' means that the system automatically derives the access mode from the configuration (of the access SAP).

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TmnxNatSubscriberType is an enumerated integer that specifies the NAT subscriber type. The possible values are 'classicLsnSub' and 'dsliteLsnSub' for classic and Dual Stack Lite Large Scale NAT subscribers respectively, 'l2AwareSub' for Layer-2-Aware NAT subscribers, and 'nat64LsnSub' for NAT-64 subscribers respectively.

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TmnxNatSubscriberTypeOrNone is an enumerated integer that specifies the NAT subscriber type. The value 'none' indicates that NAT subscriber type is not specified. The values 'classicLsnSub' and 'dsliteLsnSub' are for classic and Dual Stack Lite Large Scale NAT subscribers respectively. The value 'l2AwareSub' is for Layer-2-Aware NAT subscribers, and the value 'nat64LsnSub' is for NAT-64 subscribers.

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The TmnxNatWaterMark data type contains an unsigned number that marks a usage level in percent. The value zero means that no watermark is defined.

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TmnxIngPolicerStatMode specifies the mode of statistics collected by this network ingress policer.

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The reason for next-hop group being operationally down.

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TmnxOperGrpHoldDownTime indicates time-interval in seconds for the service operational-group hold down time.

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TmnxOperGrpHoldUpTime indicates time-interval in seconds for the service operational-group hold uptime.

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The TmnxOperState data type is an enumerated integer that describes the values used to identify the current operational state of functional modules.

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A number used to identify an instance of OSPF, For OSPFv2 only 0..31 is supported, For OSPFv3 the range is divided in address families as follows: 0..31 ipv6-unicast address family (supported) 32..63 ipv6-multicast address family (not supported) 64..95 ipv4-unicast address family (supported) 96..127 ipv4-multicast address family (not supported)

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The TmnxPccRuleFilterForwardAction data type is an enumerated integer that specifies the filter action taken in a PCC rule. The value redirNhOrFwd (5) means: forward to the specified next hop, but if no next-hop ip address or service id is given then just forward.

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The TmnxPccRuleQosForwardAction data type is an enumerated integer that specifies the qos action taken in a PCC rule.

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A portid is a unique 32 bit number with special encoding. Refer to TIMETRA-CHASSIS-MIB::tmnxChassisPortIdScheme for a description of the various port mapping schemes used by the system for physical ports and channels. Virtual ports and LAGs are encoded as: 32 29 | 28 10 | 9 1 | +---------+-------------------+-------+ | 0 1 0 0 | zeros | ID | Virtual Port +---------+-------------------+-------+ 32 29 | 28 11 | 10 1 | +---------+-------------------+-------+ | 0 1 0 1 | zeros | ID | LAG Port +---------+-------------------+-------+ A card port number (cpn) has significance within the context of the card on which it resides(i.e., cpn 2 may exist in one or more cards in the chassis). Whereas, portid is an unique/absolute port number (apn) within a given chassis. An 'invalid portid' is a TmnxPortID with a value of 0x1e000000 as represented below. 32 30 | 29 26 | 25 22 | 21 16 | 15 1 | +-----+-------+-------+-------+-------+ |zero | ones | zero | zero | zero | Invalid Port +-----+-------+-------+-------+-------+

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The TmnxPppCpState data type is an enumerated integer that describes the current status of a PPP link. It can be applied to both LCP and NCP links.

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The TmnxPppNcpProtocol data type represents the PPP Network Control Protocol.

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The data type TmnxPppoePadoDelay specifies the delay timeout in deciseconds before sending a PADO (PPPoE Active Discovery Offer).

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The TmnxPppoeSessionId indicates the 16 bit wide PPPoE session Id.

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The TmnxPppoeSessionInfoOrigin indicates the originator of the provided information.

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The TmnxPppoeSessionType indicates the type of PPPoE session.

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The data type TmnxPppoeUserName denotes the PPPoE username.

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The data type TmnxPppoeUserNameOrEmpty denotes the PPPoE username.

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The TmnxProxyEntryType indicates type of proxy ARP or ND entry.

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A number used to identify a global pseudo-wire routing identifier.

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A number used to identify a global pseudo-wire routing identifier or zero.

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A number used to identify a specific hop associated with pseudo-wire routing path.

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A number used to identify a specific hop associated with pseudo-wire routing path.

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Represents the QoS bytes that has been requested for the bearer context of an User Equipment (UE).

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This data type describes the count of policy IDs that has already been assigned for Qos objects.

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The identification number of a policy for Qos objects. This ID must be unique within the Qos Domain. The value 0 is used as the null ID.

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The upper 32 bits of a 64 bit rate value.

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The lower 32 bits of a 64 bit rate value.

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The TmnxRadiusFramedRouteMetric data type is a number that represents the value of the metric in a RADIUS Framed-Route option Text field.

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The TmnxRadiusFramedRouteMetric data type is a number that represents the value of the preference in a RADIUS Framed-Route option Text field.

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The TmnxRadiusFramedRouteMetric data type is a number that represents the value of the tag in a RADIUS Framed-Route option Text field.

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The TmnxRadiusPendingReqLimit data type is a number that specifies the limit to the number of pending RADIUS request messages.

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The TmnxRadiusServerOperState data type is an enumerated integer that describes the values used to identify the operational state of a RADIUS server.

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The value of the label used to identify the entity using the specified context value on a specific port. 31 0 +--------+--------+--------+--------+ |00000000 00000000 00000000 000XXXXX| +--------+--------+--------+--------+ The value of this object is encoded in the least significant 5 bits and represents the context value.

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The TmnxRadiusPendingReqLimit data type is a number that specifies the reference bandwidth used for cost calculation. The formula is: Cost = reference-bandwidth / bandwidth. The unit is 1000 bps. The value zero specifies that no reference-bandwidth is configured.

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The status of the RIP Listener session.

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The TmnxRipNgAuthKey TC defines the authentication key to be used when the authentication type has been configured to either simplePassword(2), md5(3) or md20(4) $feature (RIP_AUTH_EXTENSION) {or md16(5) or md5-20(6) }(see TmnxRipNgAuthType).

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The TmnxRipNgAuthType TC defines the authentication method to be used for RIP/RIP-NG. Allowed values are : noAuthentication(1) - No authentication method simplePassword(2) - Simple password based authentication md5(3) - 16 byte MD5 Authentication md20(4) - 20 byte MD5 Authentication.

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TmnxRouteDistType indicates the type of the route-distinguisher.

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TmnxRouteTargetOrigin indicates the origin of the route-target policy.

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TmnxRsvpDSTEClassType is an unsigned integer in the range of (0..7) that defines the class type (CT).

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The TmnxRsvpSessionNameString type indicates the RSVP session name which has extended from 80 to 160 characters.

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The TmnxSapAASubScope data type is an enumerated integer that specifies the scope of the AA subscriber. Values: none (0) - The AA subscriber has no scope. subscriber (1) - The AA subscriber has esm subscriber scope. mac (2) - The AA subscriber has esm MAC host scope.

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TmnxSapIngPolicerStatMode specifies the mode of statistics collected by this sap ingress policer.

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The tmnxCliScriptAuthUserType datatype is an enumerated integer that indicates the type of module executing a CLI command script.

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The TmnxSecRadiusServAlgorithm data type is an enumerated integer that indicates the algorithm used to access the list of configured RADIUS servers: - direct (1): The first server will be used as primary server for all requests, the second as secondary and so on. - round-robin (2): The first server will be used as primary server for the first request, the second server as primary for the second request, and so on. If the router gets to the end of the list, it starts again with the first server.

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A number used to identify a Service. This ID must be unique within the Service Domain. The value 0 is used as the null ID.

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The data type TmnxSlaProfileString denotes the SLA profile string.

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The data type TmnxSlaProfileStringOrEmpty denotes the SLA profile string. The empty string denotes the absence of a SLA profile.

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TmnxSlopeMap indicates the mapping style of the slope.

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TmnxSpbFid indicates the bridge priority for Shortest Path Bridging.

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TmnxSpbFdbLocale data type is an enumerated integer that describes the values used to indicate source of forwarding database (FDB) entry for Shortest Path Bridging (SPB).

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TmnxSpbFdbState data type is an enumerated integer that describes the values used to indicate state of the forwarding database FDB entry for Shortest Path Bridging (SPB).

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TmnxSpbFid indicates Shortest Path Bridging forwarding database identifier.

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TmnxSpbFid indicates Shortest Path Bridging forwarding database identifier.

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A number used to identify a multi-segment pseudo-wire provider-edge identifier.

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A number used to identify a multi-segment pseudo-wire provider-edge identifier.

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TmnxSrrpPriorityStep indicates the range of the priority steps used by the operational group to monitor SRRP.

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The TmnxStatus data type is an enumerated integer that describes the values used to identify the current status of functional modules in the system such as OSPF and MPLS protocols. Setting this variable to 'create' causes instantiation of the feature in the system. Setting it to 'delete' removes the instance and all associated configuration information.

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The value of TmnxStrSapId is a printable string which contains the owner SAP Id or equivalent on a remote system. The string should contain the printable string equivalent of the textual conventions TmnxPortID and TmnxEncapVal in the format specified as TmnxPortID[:TmnxEncapVal]

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The data type TmnxSubAcctSessionId contains a string that identifies a subscriber for the purposes of accounting.

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The data type TmnxSubAleOffset specifies the encapsulation offset value of the subscriber in the DSL access loop as used by the 7xxx system. This offset is used in 7xxx egress shaping in order to accurately shape the end user payload.

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The data type TmnxSubAleOffsetMode specifies the way the encapsulation offset of the subscriber in the DSL access loop is learned by the 7xxx system. This offset is used in 7xxx egress shaping, adjusting the subscriber aggregate rate to account for the fixed encapsulation offset and per packet variable expansion of the last mile for the specific session used by the subscriber host. The value 'none' disables the adjustment. While the value is 'auto', the encapsulation offset will be learned for example from the encapsulation type value signaled in the Access-loop-encapsulation sub-TLV in the Vendor-Specific PPPoE Tags or DHCP Relay Options [rfc4679].

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The TmnxSubAuthPlcyUserNameOp data type is an enumerated integer that specifies the operation to perform on the user-name before sending it to the RADIUS server.

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The data type TmnxSubBondingConnId represents the index of the bonding connection. The value '0' means that index is not specified.

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The TmnxSubCallingStationIdType data type is an enumerated integer that specifies what string will be put in the RADIUS or DIAMETER Calling-Station-Id attribute: - sapString (1): the value of TIMETRA-SAP-MIB::sapCallingStationId of the subscriber host SAP; - mac (2): the subscriber host MAC address, formatted as a lower case ASCII string with octet values separated by a ':'; - sapId (3): the subscriber host SAP identifier, formatted as an ASCII string. - remoteId (4): the intermediate agent Remote ID as received by means of, for example, a PPPoE vendor-specific tag, a DHCP Agent Remote ID Sub-option or an L2TP Access Line Agent-Remote-Id AVP. - llid (5): the logical link identifier as received during pre-authentication.

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The TmnxSubCreditVolumeUnit data type is an enumerated integer that specifies the unit in which the volume-credit is expressed.

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The TmnxSubHostGrouping data type is an enumerated integer that indicates the way hosts associated with a given subscriber and SAP are grouped together to share an SLA profile instance.

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The data type TmnxSubIdentShortString denotes the short subscriber identification string.

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The data type TmnxSubIdentString denotes the subscriber identification string.

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The data type TmnxSubIdentStringOrEmpty denotes the subscriber identification string. The empty string denotes the absence of a subscriber identification string.

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The data type TmnxSubMgtIntDestId denotes the intermediate destination id.

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The data type TmnxSubMgtIntDestIdOrEmpty denotes the intermediate destination id. The empty string denotes the absence of an intermediate destination id.

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The data type TmnxSubMgtOrgStrOrZero denotes the organization string. The empty string denotes the absence of an organization string.

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The data type TmnxSubMgtOrgStrOrZero denotes the organization string.

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The TmnxSubNasPortPrefixType data type is an enumerated integer that specifies what prefix will be added to the RADIUS NAS-Port attribute: - none (0): No prefix will be added. - userString (1): A user configurable string will be added.

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The TmnxSubNasPortSuffixType data type is an enumerated integer that specifies what suffix will be added to the RADIUS NAS-Port attribute: - none (0): No suffix will be added. - circuitId (1): If available, the circuit-id will be added. - remoteId (2): If available, the remote-id will be added.

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The TmnxSubNasPortTypeType data type is an enumerated integer that specifies what value will be put in the NAS-Port-Type attribute of RADIUS or DIAMETER messages: - standard (1): according to the RADIUS specification RFC 2865 section 5.41 NAS-Port-Type and RFC 4603 Additional Values for the NAS-Port-Type Attribute; - config (2): a configured value.

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The TmnxSubOperSpiGroupId data type is an integer that indicates the SLA profile instance group identifier specified by the AAA server. A value of minus one indicates that the AAA server did not specify such a group identifier.

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The name of a pool

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The data type TmnxSubProfileString denotes the subscriber profile string.

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The data type TmnxSubProfileStringOrEmpty denotes the subscriber profile string. The empty string denotes the absence of a subscriber profile.

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The TmnxSubRadIsaServAlgorithm data type is an enumerated integer that indicates the algorithm used to access the list of configured RADIUS servers: - direct (1): The first server will be used as primary server for all requests, the second as secondary and so on. - roundRobin (2): The first server will be used as primary server for the first request, the second server as primary for the second request, and so on. If the router gets to the end of the list, it starts again with the first server. - hashBased (3): The server will be selected based on a specified hash value. - directPriority (4): The first server will be used as primary server for all requests, the second as secondary and so on. Higher priority servers that are operationally down will be probed and put back into service upon a response.

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The TmnxSubRadServAlgorithm data type is an enumerated integer that indicates the algorithm used to access the list of configured RADIUS servers: - direct (1): The first server will be used as primary server for all requests, the second as secondary and so on. - roundRobin (2): The first server will be used as primary server for the first request, the second server as primary for the second request, and so on. If the router gets to the end of the list, it starts again with the first server. - hashBased (3): The server will be selected based on a specified hash value.

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The TmnxSubRadiusAttrType data type contains a number that indicates a RADIUS attribute type.

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The TmnxSubRadiusOctetString data type contains a character string that corresponds to a Radius attribute.

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The TmnxSubRadiusOctetString data type contains an octet string that corresponds to a Radius attribute

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The TmnxSubRadiusVendorId data type contains a number that indicates a RADIUS Vendor-Id.

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The TmnxSubShcvAction data type is an enumerated integer that describes the values used to identify the action taken when Subscriber Host Connectivity Verification (SHCV) failed.

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The TmnxSubShcvInterval data type is a number that specifies the interval in minutes between connectivity checks. The value zero means no connectivity checking.

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The TmnxSubShcvRetryTimeout data type is a number that specifies the number of connectivity check retransmissions. Setting the value to n specifies that, for any given host, at most (n+1) probes are done each interval, and (n+1) missed replies are considered as a connectivity failure.

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The TmnxSubShcvRetryTimeout data type is a number that specifies the timeout in seconds before a connectivity check retransmission.

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The TmnxSubShcvSrcIpOrigin data type is an enumerated integer that describes the values used to identify the origin of the source IP address used for connectivity verification in a layer-3 service (IES or VPRN). The value 'interface' means that the IP address of the interface is used. The value 'vrrp' means that the primary IP address of the Virtual Router Redundancy Protocol (VRRP) is used.

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The TmnxSubSlaMode data type is an enumerated integer that specifies the handling of SLA profile instances for a subscriber. - Expanded sla-mode: a subscriber is allowed to have multiple SLA profile instances, using different SLA profiles and/or different VLANs. - Single sla-mode: only 1 single SLA profile instance is allowed for a subscriber. This restriction has 2 implications: - Last SLA profile wins: if a new host is added with an SLA profile that is different from the existing hosts of the subscriber, or an existing host is changed to use a different SLA profile, then all existing hosts of that subscriber will be changed to the new SLA profile. - First VLAN wins: All hosts of a subscriber must use the same VLAN, i.e. a new host on different VLAN is rejected.

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The TmnxSubSpiGroupId data type is an integer that specifies the SLA profile instance group identifier. A value of minus one means that there is no group identifier configured.

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The TmnxSubTerminationType indicates how the subscriber host or session is terminated.

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The TmnxSubTerminationType indicates how the subscriber host or session is terminated. Zero indicates no subscriber host is terminated.

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The TmnxSvcEvi specifies an ethernet EVPN identifier value.

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The TmnxSvcEviOrZero specifies an ethernet EVPN identifier value. Zero indicates no such value specified.

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The type of this transport entity.

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A number used to identify creation origin for the service operational group.

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The value of TmnxSyslogFacility is an enumerated integer that specifies which syslog facility is the intended destination for the log event stream.

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The value of TmnxSyslogSeverity is an enumerated integer that specifies the severity levels of syslog messages.

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The TmnxThresholdGroupType is an enumerated integer that describes the group type in threshold based monitoring. brMgmtLimit - indicates the group for bearer management limit brMgmtCfSuccess - indicates the group for bearer management call flow success brMgmtCfFailure - indicates the group for bearer management call flow failure brMgmtTraffic - indicates the group for bearer management traffic pathMgmt - indicates the group for path management mgIsmSystem - indicates the group for the system of mobile gateway integrated service module pdnConnections - indicates the group for the Packet Data Network (PDN) connections.

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The data type TmnxTimeInSec describes the Tariff Time for the Charging Data Record (CDR).

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The TmnxTimeInterval data type is used anywhere the SNMPv2-TC TimeInterval TEXTUAL-CONVENTION can be used when an object requires longer intervals than 248 days. A period of time, measured in units of centiseconds.

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A number used to identify a TLS Group. This ID must be unique within that Service Domain.

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TmnxTreeSidOrigin identifies origin information for tree-sid feature.

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TmnxTreeSidOwner identifies owner information for tree-sid feature.

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The value of TmnxTunnelGroupId specifies the tunnel-group identifier.

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The value of TmnxTunnelGroupId specifies the tunnel-group identifier including zero indicating that group-id is not specified.

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The identifying value for a BGP-VPRN tunnel. Depending on the tunnel type the associated tunnel id may be an sdp-id, an LSP ID or zero(0).

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The type of this tunnel entity.

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The type of this tunnel entity.

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The value of TmnxUdpPort is the port used to send messages to an event collector target. 514 is the IANA assigned port number for syslog. 162 is the IANA assigned port number for SNMP notifications.

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The TmnxUrpfCheckMode is the mode of operation of Unicast Reverse Path Forwarding (uRPF). A value of 'strict' means that uRPF checks if the incoming packet has a source address that matches a prefix in the routing table, and if the interface expects to receive a packet with this source address prefix. A value of 'loose' means that the uRPF checks if the incoming packet has a source address with a corresponding prefix in the routing table, but not if the interface expects to receive a packet with a specific source address prefix. A value of 'strictNoEcmp' means that the uRPF drops a packet with a source address that matches an ECMP route and otherwise behaves the same as in 'strict' mode.

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The value of TmnxUserPassword indicates a password as a plaintext string, or as a bcrypt encrypted hash. The value of TmnxUserPassword cannot be more than 56 characters if it is a plaintext string. Any GET request on this type of object returns an empty string.

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The value of TmnxUuid specifies the Universally Unique Identifier (UUID). The UUID consists of 32 hexadecimal digits.

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The VPRN route distinguisher is a 8-octet object. It contains a 2-octet type field followed by a 6-octet value field. The type field specify how to interpret the value field. Type 0 specifies two subfields as a 2-octet administrative field and a 4-octet assigned number subfield. Type 1 specifies two subfields as a 4-octet administrative field which must contain an IP address and a 2-octet assigned number subfield. Type 2 specifies two subfields as a 4-octet administrative field which contains a 4-octet AS number and a 2-octet assigned number subfield.

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A number used to identify a virtual router instance in the system.

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A number used to identify a virtual router instance in the system. The number 0 will have special significance in the context the TC is used.

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A unique value for each Label Switched Path in the managed system. The higher range IDs are used for segment routing LSPs. The lower range IDs are used for regular LSPs.

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A unique value, greater than zero, for each Label Switched Path in the managed system. The higher range IDs are used for segment routing LSPs. The lower range IDs are used for regular LSPs.

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A 32 bit number is used to identify a VC(Virtual Circuit). The VC ID cannot be 0.

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A 32 bit number is used to identify a VC(Virtual Circuit). A value of 0 indicates no VC ID is configured or available.

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The value of TmnxVcType is an enumerated integer that indicates a Virtual Circuit (VC) type. 'frDlciMartini(1)' replaces the old 'frDlci' when used over martini tunnels.

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The data type TmnxVdoAnalyzerAlarm is an enumerated integer that specifies the severity of the analyzer state alarm. Setting a variable of this type to 'none' indicates no error level. A value of 'tnc' indicates a TNC (Tech Non-Conformance) error level.A value of 'qos' indicates a QOS (Quality of Service) error level. A value of 'poa' indicates a POA (Program off Air) error level.

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The data type TmnxVdoAnalyzerAlarmStates is an octet string that represents the analyzer state for the past 10 seconds. Setting a variable of this type to 'good'(00) indicates either there was no alarm during that second or the state of the stream has been cleared from a prior errored state. A value of 'tnc'(01)indicates a TNC (Tech Non-Conformance) error occurred during that second. A value of 'qos'(02) indicates a QOS (Quality of Service) error occurred during that second. A value of 'poa'(03) indicates a POA (Program off Air) error occurred during that second. Since the octet string is 10 bytes long, the 10th byte indicates the most recent state of the stream. Below is how an example stream would appear. Each byte in the stream holds an alarm state for a second. good (00), -- stream was good during 1st second tnc (01), -- stream had tnc error during 2nd second qos (02), -- stream had qos error during 3rd second qos (02), -- stream had qos error during 4th second qos (02), -- stream had qos error during 5th second good (00), -- stream error was cleared during 6th second good (00), -- stream was good during 7th second tnc (01), -- stream had tnc error during 8th second poa (03), -- stream had poa error during 9th second good (00) -- stream error was cleared during 10th second.

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The TmnxVdoFccServerMode data type is an enumerated integer that describes the mode of the Fast Channel Change (FCC) server. A value of 'burst' indicates that the FCC server is enabled and will send the channel at a nominally faster rate than the channel was received based on the TIMETRA-MCAST-PATH-MGMT-MIB::tmnxMcPathVdoPlcyFCCBurst setting. A value of 'dent' indicates that the FCC server will selectively discard frames from the original stream based on the value of TIMETRA-MCAST-PATH-MGMT-MIB::tmnxMcPathVdoPlcyFCCDentThd. A value of 'hybrid' indicates that the FCC server will use combination of 'burst' and 'dent' to send the unicast stream to the client. A value of 'none' indicates that FCC server is disabled.

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TmnxVdoGrpId data type describes the identifier for a video group.

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TmnxVdoGrpIdIndex data type describes the id of a TIMETRA-VIDEO-MIB::tmnxVdoGrpEntry and is the primary index for the table.

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The data type describes the identifier for a video group. A value of '-1' indicates that identifier will be inherited from another object that is usually in another mib table.

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The data type describes the name of a video interface. The name of a video interface must always start with a letter.

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The data type TmnxVdoOutputFormat is an enumerated integer that specifies the output format of the video stream. Setting a variable of this type to 'udp' causes the video stream to be of type 'udp' whereas setting a value of 'rtp-udp' causes the video stream to be of type 'rtp-udp'.

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The data type describes the port number of an Internet transport layer protocol.

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The data type TmnxVdoStatInt is an enumerated integer that specifies the time duration for which the video statistics are being counted. Setting a variable of this type to 'current' causes the time duration to be set to one second which is the least allowed value. A value of 'interval' makes it necessary for some other MIB object to actually quantify the time interval.

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The TmnxVni data type indicates range for VNI.

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The TmnxVni data type indicates range for VNI.

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The value of TmnxVpnIpBackupFamily specifies the respective vpn family for which backup paths would be enabled.

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The TmnxVxlanInstance data type indicates range for the VXLAN instance.

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The value of TmnxWaveKey specifies the Wavelength to be transmitted on the interface's optical signal. The following table describes the possible values based on ITU channel. Key1 and Key2 must match in modulo 2 with each other. Index ITU Key 1 Key 2 channel First Last First Last ------------------------------------------- 0 61 1548 1548 2032 2032 // 1696 Test Channel // Original Tropic Channels (index 1 to 32) 1 59 1 15 545 559 2 58 18 32 562 576 3 57 35 49 579 593 4 56 52 66 596 610 5 54 69 83 613 627 6 53 86 100 630 644 7 52 103 117 647 661 8 51 120 134 664 678 9 49 137 151 681 695 10 48 154 168 698 712 11 47 171 185 715 729 12 46 188 202 732 746 13 44 205 219 749 763 14 43 222 236 766 780 15 42 239 253 783 797 16 41 256 270 800 814 17 39 273 287 817 831 18 38 290 304 834 848 19 37 307 321 851 865 20 36 324 338 868 882 21 34 341 355 885 899 22 33 358 372 902 916 23 32 375 389 919 933 24 31 392 406 936 950 25 29 409 423 953 967 26 28 426 440 970 984 27 27 443 457 987 1001 28 26 460 474 1004 1018 29 24 477 491 1021 1035 30 23 494 508 1038 1052 31 22 511 525 1055 1069 32 21 528 542 1072 1086 // 1696 Extension 42 channels (index 33 to 42) 33 60 1089 1103 1573 1587 34 55 1106 1120 1590 1604 35 50 1123 1137 1607 1621 36 45 1140 1154 1624 1638 37 40 1157 1171 1641 1655 38 35 1174 1188 1658 1672 39 30 1191 1205 1675 1689 40 25 1208 1222 1692 1706 41 20 1225 1239 1709 1723 42 19 1242 1256 1726 1740 // 1830 Extension to 44 channels (index 43 and 44) 43 18 1259 1273 1743 1757 44 17 1276 1290 1760 1774 // 1830 Extension to 88 channels (index 45 to 88) 45 595 1293 1307 1777 1791 46 585 1310 1324 1794 1808 47 575 1327 1341 1811 1825 48 565 1344 1358 1828 1842 49 545 1361 1375 1845 1859 50 535 1378 1392 1862 1876 51 525 1395 1409 1879 1893 52 515 1412 1426 1896 1910 53 495 1429 1443 1913 1927 54 485 1446 1460 1930 1944 55 475 1463 1477 1947 1961 56 465 1480 1494 1964 1978 57 445 1497 1511 1981 1995 58 435 1514 1528 1998 2012 59 425 1531 1545 2015 2029 60 415 1548 1562 2032 2046 61 395 3585 3599 2049 2063 62 385 3602 3616 2066 2080 63 375 3619 3633 2083 2097 64 365 3636 3650 2100 2114 65 345 3653 3667 2117 2131 66 335 3670 3684 2134 2148 67 325 3687 3701 2151 2165 68 315 3704 3718 2168 2182 69 295 3721 3735 2185 2199 70 285 3738 3752 2202 2216 71 275 3755 3769 2219 2233 72 265 3772 3786 2236 2250 73 245 3789 3803 2253 2267 74 235 3806 3820 2270 2284 75 225 3823 3837 2287 2301 76 215 3840 3854 2304 2318 77 605 3857 3871 2321 2335 78 555 3874 3888 2338 2352 79 505 3891 3905 2355 2369 80 455 3908 3922 2372 2386 81 405 3434 3448 3946 3960 82 355 3451 3465 3963 3977 83 305 3468 3482 3980 3994 84 255 3485 3499 3997 4011 85 205 3502 3516 4014 4028 86 195 3519 3533 4031 4045 87 185 3536 3550 4048 4062 88 175 3553 3567 4065 4079 -------------------------------------------

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The TmnxWlanGwIsaGrpId data type contains an identification number for a Wireless Local Access Network Gateway Integrated Service Adaptor group.

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The TmnxWlanGwIsaGrpIdOrZero data type contains an identification number for a Wireless Local Access Network Gateway Integrated Service Adaptor (ISA) group. The value zero means that no WLAN Gateway ISA Group is defined.

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Represents a boolean value.

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The VRtrIgmpHostMcRDstStatType data type is an enumerated integer that indicates a type of IGMP host mcast reporting destination statistics.