RETIX-RX7000-MIB: View SNMP OID List / Download MIB

This is the current time as perceived by the station. The string returned is a subset of the UTC Time as specified in the Draft Recommendation X.409 Message Handling Systems : Presentation Transfer SYNTAX and Notation (ASN.1). The formats acceptable when the time is being set are : 1. 11 Octets YYMMDDhhmmZ and 2. 13 Octets YYMMDDhhmmssZ Where YY are the two digits representing the year, MM are the two digits representing the month, DD are the two digits representing the day, hh are the two digits representing the hour, mm are the two digits representing the minute, ss are the two digits representing the second, Z is the ASCII character 'Z'. The time returned by the station in response to a Get or GetNext request will always be the 13 octet variant. It should be noted that changing this object also changes the value of timestamp objects and the value of objects which return a time-since-an-event-occurred value. Thus, if the stationTime is altered the validity of time dependent objects cannot be guaranteed.

This object is used to configure the action to be taken the next time the station is reset. If this object has a value of coldStart(1) then the station will re-initalize itself such that the factory default configuration is loaded from memory. If this object is configured to warmStart(2) then upon the next reset the station will initialize with the same configuration, however the statistics counters and other statistics may have been reinitialized. Enumeration: 'warmStart': 2, 'coldStart': 1.

This parameter is used to reset the station. The type of reset which occurs is dependent on the value of the stationActionOnNextReset object (station.2). The reset occurs a predefined time after the SetRequest in order that a response may be sent. Only the value reset(1) is valid for the Set operation, all other values will cause the generation of a badValue error. A value of noAction(2) is always returned in response to a GetRequest on this object. Enumeration: 'reset': 1, 'noAction': 2.

This string identifies the current system software revision. The maximum length of the returned string is 16 characters. The returned string is in ASCII format.

This number identifies the current system hardware revision.

This number identifies the chassis type of this system. Enumeration: 'type7221': 10, 'type7220': 8, 'typeLC': 6, 'typeA': 1, 'typeC': 4, 'typeB': 3, 'type7240': 7, 'typeBMinus': 2, 'typeBRedundant': 5, 'typeENS': 9.

This is a number which returns an interpretation of the state of the LEDs on the front panel of the chassis. A value of error(2) indicates that the unit has encountered some error condition. could be one of a tempreature overheat, a software failure or a diagnostic error. Enumeration: 'normal': 1, 'error': 2.

This is the number of free bytes remaining in Parameter Flash memory. This value can vary depending on the use of the device, as it changes as you configure the device.

This is the number of bytes which remain free in Code Flash memory, this is the memory used to store the code image. This figure will be fixed between each reload of software to the device.

This is a measure of the loading on the RMP's processor. The processor loading is expressed as a percentage. The higher the value the greater the loading on the processor.

The value of this object indicates the number of bytes remaining on the RMP for use in buffer allocation. It is the total number of bytes which remain after all the RMP's software has been loaded.

The value of this object indicates the number of free small buffers which remain unused by the RMP.

The value of this object indicates the number of free medium buffers which remain unused by the RMP.

The value of this object indicates the number of free large buffers which remain unused by the RMP.

This is the total number of free small buffers available at the start of day or after a reinitialization of the unit.

This is the total number of free medium buffers available at the start of day or after a reinitialization of the unit.

This is the total number of free large buffers available at the start of day or after a reinitialization of the unit.

A table of status and configuration parameters for the processors in each slot.

This is an entry in the station Slot Entry Table.

The value of this index uniquely identifies the Slot to which this entry is applicable.

This parameter indicates the type of processing card present in a slot. It returns empty when no FP is present. Enumeration: 'stdFp': 2, 'fddiFp': 3, 'empty': 1.

This object indicates the current status of the particular processing card. Enumeration: 'partitioned': 7, 'configuring': 3, 'testing': 1, 'operational': 2, 'configMismatch': 4, 'other': 10, 'deconfiguring': 6, 'active': 5, 'removed': 8, 'empty': 9.

This object is used to alter the state of the processing card and display the current state. When the user wishes to run continuous tests on a particular processing card the testing(2) state is used. If testing is complete and the users wishes to bring the card back on-line then a set with a value of operational(3) is made on this object. The partitioned(7) state is used to take a particular processing card off-line. This object can only be set with values of testing(1), operational(2), partitioned(7) and empty(8). Enumeration: 'partitioned': 7, 'configuring': 3, 'testing': 1, 'operational': 2, 'configMismatch': 4, 'other': 10, 'deconfiguring': 6, 'active': 5, 'removed': 8, 'empty': 9.

This is a measure of the percentage loading on an FP's processor. The higher the value the greater the loading on the processor.

This table contains configuration and statistic parameters for the buffers used by each forwarding processor card.

This is an entry in the station Slot Buffer Entry Table.

The value of this index uniquely identifies the Slot to which this entry is applicable. This identifies the FP to which this entry pertains.

The value of this object indicates the number of bytes remaining on this card for use in buffer allocation. It is the total number of bytes which remain after all the processing card's software has been loaded.

The value of this object indicates the number of free small buffers which remain unused by this processing card.

The value of this object indicates the number of free medium buffers which remain unused by this processing card.

The value of this object indicates the number of free large buffers which remain unused by this processing card.

This is the total number of free small buffers available at the start of day or after a reinitialization of the unit.

This is the total number of free medium buffers available at the start of day or after a reinitialization of the unit.

This is the total number of free large buffers available at the start of day or after a reinitialization of the unit.

This is the total number of free (unallocated) bytes available in this FP's heap space.

This is the total number of used (allocated) bytes in this FP's heap space.

The value of this object indicates the size of small buffers used by this processing card.

The value of this object indicates the size of medium buffers used by this processing card.

The value of this object indicates the size of Large buffers used by this processing card.

This is the table of ip address of the stations to which the unit sends Trap PDUs. There is a maximum of eight entries in this table. To set an entry in this table, all the objects must be sent in a single SET PDU.

This is an entry in the station trap destination table.

This is the IP Address of a station/manager to which Trap PDU messages will be sent.

This is the community name string which is inserted into the Trap PDU.

The value of this object indicates if the requested entry is valid or invalid. The value of this parameter is used to determine if the entry is to be added or made invalid. If an entry has a type of invalid(2) then it can be overwritten. A GetNext request on this table returns all the entries and this type field indicates whether they are valid (i.e. being used) or invalid. Enumeration: 'valid': 1, 'invalid': 2.

A table of access policy entries. There is a maximum of eight entries in this table. To set an entry in this table, all the objects must be sent in a single SET PDU.

This is an entry in the SNMP Access Policy Table.

The value of this index uniquely identifies an entry in this table.

This is an octet string, against which the communityName field of the request PDU is compared. If the communityName in the request has been compared with all the community names in this table and no match has been found then authentication of the PDU fails. If there is an authentication failure than an authenticationFailure trap will be sent if the snmpEnableAuthenTraps object has a value of enabled(1).

This is a bit significant field as follows : bit 0 - read access bit 1 - write access Setting the individual bit to 1 enables the type of access, setting it to 0 disables it. Thus, a value of 3 (b11) indicates read-write access for a PDU with the corresponding communityName.

This object is used to indicate if a particular entry in the table is valid or invalid. If the entry is valid(1) then the entry's community name is used in the SNMP authentication process. Enumeration: 'valid': 1, 'invalid': 2.

This object is used to initiate a parallel download of the software image to the unit. This object is set to a value of initiate(1) to begin the parallel download procedure. A value of noAction(2) is always returned to a GetRequest. This object can only be set to a value of initiate(1). Enumeration: 'initiate': 1, 'noAction': 2.

This object indicates the number of free (unallocated) bytes in the system heap area.

This object indicates the number of bytes which are in use (allocated) by tasks using the system heap.

This object is a count of the number of times this station reset since the last coldStart was performed.

This string contains a description of the reason for the last station reset, this maybe power cycle, reset due to management action or some other error.

This object gives an indication of the status of the unit's power supply. If this object has a value of fail(2) this means that a power supply failure has occurred. On units which do not have a redundant power supply this object will only have a value of ok(1). Enumeration: 'fail': 2, 'ok': 1.

This object indicates if there is a Local Management Session in progress for this unit. Enumeration: 'active': 1, 'inactive': 2.

This object indicates if a modem port is in use. Enumeration: 'active': 1, 'inactive': 2.

This object is a count of the number of active telnet sessions for the unit.

This is the table of ip address of the stations to which the unit can telnet. There is a maximum of eight entries in this table. To set an entry in this table, all the objects must be sent in a single SET PDU.

This is an entry in the station trap destination table.

This is the IP Address of a station/manager to which you Telnet.

This is the community name string which is inserted into the Trap PDU.

The value of this object indicates if the requested entry is valid or invalid. The value of this parameter is used to determine if the entry is to be added or made invalid. If an entry has a type of invalid(2) then it can be overwritten. A GetNext request on this table returns all the entries and this type field indicates whether they are valid (i.e. being used) or invalid. Enumeration: 'valid': 1, 'invalid': 2.

The IP Address of the server for the Parameter Configuration Save/Restore.

The path and name of the file to be save/restore for the Parameter Configuration Save/Restore.

This object is used to initiate parameter save or restore. A value of noAction is always returned to a GetRequest Enumeration: 'startSave': 2, 'startRestore': 3, 'noAction': 1.

This is the current status of the parameter Configuration Save/Restore process. Enumeration: 'failFileExists': 5, 'failTFTPInvalidFile': 7, 'saving': 2, 'restoreSuccess': 14, 'genFailure': 15, 'errorServerResponse': 6, 'failNetworkTimeout': 8, 'idle': 1, 'saveSuccess': 13, 'errorServerData': 11, 'failTFTPNoFile': 4, 'saveResultUnknown': 12, 'failFlashChksumError': 10, 'failFlashProgError': 9, 'restoring': 3.

If a session is inactive for this length of time in minutes then it will timeout. A value of 0 means never timeout.

The value of this object indicates the size of small buffers used by the RMP.

The value of this object indicates the size of medium buffers used by the RMP.

The value of this object indicates the size of Large buffers used by the RMP.

The value of this object indicates the number of times all the pools have been exhausted.

This object enables/disables the bridging element on the unit. When disabled, the unit shall not bridge any frames, nor shall it take part in the Spanning Tree protocol. Each logical port must also be enabled separately Enumeration: 'disabled': 2, 'enabled': 1.

This object allows you to enable/disable Retix 4000 series Adaptive Routing support on this box. If the value of this object is enabled (1) then this unit will allow an Adaptive Routing session to be set up across it. Enumeration: 'disabled': 2, 'enabled': 1.

This enables/disables the conversion between Ethernet V.2 and SNAP bridged frames on the unit. When enabled, EthernetV2 frames to be bridged to Token Ring or fddi ports are converted to SNAP Encapsulation. Enumeration: 'disabled': 2, 'enabled': 1.

This enables/disables the use of Spanning Tree Protocol on the unit. When disabled, all bridging ports will forward traffic and learn addresses, regardless of network topology. Enumeration: 'disabled': 2, 'enabled': 1.

This object defines which version of Spanning Tree is running on the unit. Enumeration: 'draft9': 9, 'revisionC': 3.

This is the MAC Address to be used for STP Draft 9 traffic. It is only meaningful when running STP Draft 9.

This is the time in seconds for which a serial port is assigned the maximum path Cost after it has reset. This is to avoid unreliable links forming the active path in Spanning Tree.

This is the time in seconds after which forgotten Addresses are deleted from the Filtering Database.

The Port Configuration Table.

Each entry contains configurables for each port on the system.

This is the Logical Port Id to which this entry pertains.

This sets the mode of operation for this particular port. When in Security Mode, frames are forwarded only to destination addresses which appear as FIXED entries in the Filtering Database Enumeration: 'disabled': 2, 'enabled': 1.

This enables/disables Source Address Learning on this port. Enumeration: 'disabled': 2, 'enabled': 1.

This enables/disables Source Address Filtering on this port. When enabled, frames will only be forwarded if their source address is a FIXED( non-learnt) entry in the Filtering database. Enumeration: 'disabled': 2, 'enabled': 1.

This configures the port to either accept or ignore broadcast/multicast packets. In a network of bridges in Security Mode, this allows a path to be provided for multicast/broadcast frames. If disabled, the port will filter these packets as normal. Enumeration: 'disabled': 2, 'enabled': 1.

This enables/disables Custom Filtering on this port. If enabled, then Filtering is carried out according to the tests and actions described in the Custom Filter Statement Table for this port. Enumeration: 'disabled': 2, 'enabled': 1.

This enables/disables Tinygram Compression on this port. This is only valid for WAN ports, using Retix encapsulation, connected to other RX7000 units. Enumeration: 'disabled': 2, 'enabled': 1.

This enables/disables the Spanning Tree protocol on a per port basis. If disabled, the port will still forward and learn as a bridging port but will never forward or transmit spanning tree BPDUs. Enumeration: 'disabled': 2, 'enabled': 1.

This sets the mode for how the Port Path Cost is to be calculated. If manual, then the port Path Cost is configureable, if any of the others, then the Path Cost is calculated by the system, using the attached network's speed. Low, medium and high modes act as scaling values in this calculation. Enumeration: 'high': 4, 'manual': 1, 'low': 2, 'normal': 3.

This is the manually configured Port Path Cost. It takes effect if the PortPathCostMode is 'manual', otherwise this value is not used.

Setting this object to a value of enable (1) causes NCP negotiation to commence for this bridging element. This is for use with Logical ports which are attached to PPP physical ports. Enumeration: 'enable': 1, 'disable': 2.

Setting this object to a value of enable (1) causes the bridging element to invoke group checking, i.e. it checks for membership of particular groups, when forwarding packets to/from this port. Enumeration: 'enable': 1, 'disable': 2.

This object is an integer which allows the user to specify which groups this port belongs to. There are 32 groups, 1 bit per group. This value initially takes the value zero, then for each of the group that the port belongs to, 2 raised to the power of the group number is added to value of the Membership object.

The Custom Filter Test Table

Each entry is a Test to be applied to frames on any particular port. There can be up to 64 entries in the table. Each test is carried out in the following manner:- The position in the frame which is to be filtered is found by using the FilterStart and Offset fields. Then the Mask is applied, and the resulting value is compared with the Value field, using the Operator to define the comparison. Tests are carried out according to the the Port's Statement table. To set an entry in the table, all the objects must be present in the SET PDU.

This is the table index number

This is the name given to the Test, and can be up to 20 characters long. It should be an ascii string.

This defines the position in the frame where the offset is to be applied. Enumeration: 'llc': 2, 'mac': 1, 'framelength': 3.

This is the offset to the position in the frame where the filter Mask is to be applied. If the FilterStart field is set to 'framelength' this field has no meaning.

This is a bit-mask value, values 0x00..0xffff ffff This is the filter-mask, applied to the bits specified by filterStart and offset.

The operator defines the comparison check being made. Enumeration: 'notEqual': 2, 'lessThan': 3, 'greaterThan': 4, 'equal': 1.

This is the value to which the result of applying the mask is compared, using the operator.

The Custom Filter Statement Table

Each entry is a Test statement. There are up to 16 entries per port. Each entry links a Test with the actions to be carried out depending on the test's success or failure. To set an entry in the table, all the objects must be present in the SET PDU.

This is the Logical Port No. for which the table exists.

This is the table index number

This is the name of the Test to apply for this statement. It should match a Test name in the Custom Filter Test Table. It is an ascii string, of up to 20 characters.

This can have the following values and meanings: Values 0..7 - Forward at priority 0..7 Value 0x7fff - Discard Values 0x8001..0x8010 - Use Statement No 1..16. This object can only be set to the values listed above.

This can have the following values and meanings: Values 0..7 - Forward at priority 0..7 Value 0x7fff - Discard Values 0x8001..0x8010 - Use Statement No 1..16. This object can only be set to the values listed above.

The Filtering Database Table

Each entry comprises a MacAddress, a disposition, a port number and a type field. A Set on an entry of this table must set an entire entry. No partial sets are allowed.

The MacAddress in question

This is the port for which this entry applies. A value of zero indicates that the entry applies to all bridge ports on the unit. All learnt entries will have a zero in this field.

The disposition can have the following values :- 0 - Discard 1..253 - Port Number to forward on. 16385(0x4001)..16416(0x4020) - Group No. 1 to 32 65,534( 0xfffe ) - Internal Entry 65,535( 0xffff ) - Flood. All these values, except for the Internal Entry( 65534 ) can be used in a SET request.

This defines the type of the entry. A set pdu may only set this object to either fixedVolatile, fixedNonVolatile or delete, the other entries may be returned by a GET. Internal entries cannot be deleted. Enumeration: 'learnt': 1, 'fixedVolatile': 2, 'internal': 16, 'forgotten': 4, 'fixedNonVolatile': 8, 'delete': 32.

This is the bridge Identifier, which consists of an 8-byte hexadecimal string, the first 2 bytes specify the Spanning Tree priority, and the last 6, a MacAddress.

This flag indicates that there has been a change in the active topology in part of the bridged Network. When this is true, then Filtering Db entries are 'forgotten' when their age reaches the Forward delay time for the unit. Enumeration: 'true': 1, 'false': 2.

This string tells us the source of the last topology change. This may be a MAC Address, if the bridge has received a TC BPDU, from another STP bridge, if it detected the change itself, then this will be a reason string indicating the cause of the TC. If no such TC has occurred then the string will have the value 'NONE'. The maximum length of this string is 20 bytes.

The time in seconds since the last TCN. If this has never happened then this will have a value of zero.

This is a count of the Active Addresses in the Filtering Db, including learnt, fixed and internal entries.

This is a count of the forgotten addresses in the Filtering Database.

This is a table of statistics which are kept per logical port

An entry in the Port Statistics table.

The Logical port number to which these statistics belong.

This is the forwarding state of the port. Enumeration: 'active': 1, 'inactive': 2.

This is the time in seconds, since the port was last reset or initialised.

This is the state of the Spanning Tree Topology change acknowledge flag. Enumeration: 'ack': 1, 'noAck': 2.

This is the current value of this timer, in seconds, for this port. This indicates the time since the last reset for a WAN port. When the timer is running, then the portPathCost for this port is set to a maximum. When the timer reaches the Reset DelayTime, then the portPathCost is reset to its normal value, and the timer is stopped. When the timer is stopped, it has a value of 0. It also has this value if this port is a LAN port.

This is the number of transparent bridge frames forwarded received on this port, that have been forwarded to at least one other bridge port.

This is the no. of transparent bridge frames received in this port, that would have been forwarded, but were deleted due to a lack of resources.

The current status of the bridging Network Control Protocol. If this logical port is attached to a non-PPP physical port, then the value will be notApplicable(11). Enumeration: 'opened': 10, 'startingState': 2, 'ackReceived': 8, 'requestSend': 7, 'initialState': 1, 'notApplicable': 11, 'stopped': 4, 'ackSent': 9, 'stopping': 6, 'closing': 5, 'closed': 3.

When enabled, this object causes the bridging process to recognise IPX packets, and NOT perform MAC Address byte- swapping on them, when going to and from Token Ring networks. Otherwise they are treated as ordinary bridging traffic and have their addresses byte-swapped. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter determines the amount of time an entry can stay in the Address Resolution Table. When the specified time elapses, the entry is deleted. A value of zero disables aging of entries in the table, this object can take the following values 0, and any number from 3 to 1500 inclusive..

This parameter specifies the number of seconds that the IP layer waits for all IP fragments of an IP datagram to be received.

This parameter determines whether the ipRouter Proxy ARP functionality is on or off. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter determines whether ICMP Source Quench messages will be generated by the ipRouter. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter determines whether ICMP Redirect messages will be generated by the ipRouter. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls the rate (in seconds) at which ICMP error messages are generated.

This parameter determines the size of the IP routing hash table.

This parameter determines if the RIP routing protocol is enabled globally. This parameter is set to DISABLED if IP routing is disabled globally. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter disables or enables the boothelper function in the ipRouter. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter is the boothelper IP forwarding address

This parameter is the maximum number of hops a BOOTP packet can traverse.

This parameter enables or disables the security mechanism. Enumeration: 'disabled': 2, 'enabled': 1.

This Address uniquely identifies the Router in the autonomous system.

This is a table of configurable IP parameters.

This is an entry of the ipPortConfigTable.

This is the Logical Port No. to which this Table entry pertains.

The indication of whether this entity is acting as a gateway in respect to the forwarding of datagrams received by, but not addressed to, this entity. IP gateways forward datagrams. IP hosts do not ( except those source-routed via the host.) Even if enabled, this port will not forward unless the global ipForwarding flag is enabled and at least one IP Address has been configured on the unit. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter determines if the RIP routing protocol is enabled on this interface. This parameter is set to DISABLED if IP routing is disabled on this port. If the global RIPState flag is not enabled then this port will not be enabled, no matter what value this object has. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter is the RIP path cost associated with logical port which is used by RIP.

This parameter determines the LAN encapsulation used when transmitting a datagram on this logical port. This parameter is only applicable for logical ports which are attached to LAN physical ports. Enumeration: 'ethernet': 1, 'ieee8023': 2.

This parameter determines the directed broadcast form used on this interface. Enumeration: 'ones': 1, 'zeros': 2.

This parameter determines whether directed broadcast datagrams are forwarded. Enumeration: 'disabled': 2, 'enabled': 1.

Maximum size of an IP packet that can be transferred through this interface. Ethernet packets can have a maximum size of 1500, IEEE802.3 packets have a maximum size of 1492. Token Ring have a maximum size of 4464 and FDDI has a maximum size of 4390.

This parameter determines the action taken on a received IP datagram if routing is disabled for this port, and the global routing flag is set to enabled (2). If routing is disabled for this port and this object has a value of discard (2), than all IP datagrams received on this port which are not addressed to the unit, will be discarded. Enumeration: 'bridge': 1, 'discard': 2.

The first set of security parameters associated with this port. This number identifies an entry in the ipAccessList table for this port. A value of 0 indicates that the default entry is used in which case no access checking is done.

The second set of security parameters associated with this port. This number identifies an entry in the ipAccessList table for this port. A value of 0 indicates that the default entry is used in which case no access checking is done.

Locally connected WANs are not advertised in RIP messages. This allows subnetting over WANs without consuming large numbers of IP addresses. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled UDP broadcasts are frowarded on this port. Set to a value of disabled (2) to prevent UDP broadcast from being forwardrd on this port and so prevent broadcast stroms arising from loops in the network etc. Enumeration: 'disabled': 2, 'enabled': 1.

This table is a table of IP addresses and masks associated with each logical port.

An entry of the IP port address table. All the objects in an entry must be supplied in a single SET PDU.

An index into the ipPortAddr Table which identifies the Logical Port No, for which the address is valid.

The IP Address of the logical port. There can be up to five IP addresses associated with each port. This object combined with the ipPortAddrIndex object constitutes the instance value used to uniquely identify and entry in this table.

The IP address mask associated with the IP address.

If the value of this object is valid(1) and we are performing a SetRequest then this is a request to add an entry to the table. If a value of invalid(2) is passed in the SetRequest, along with the other objects in an entry then this is a request to delete the entry from the table. Enumeration: 'valid': 1, 'invalid': 2.

The last time an ICMP Destination Unreachable message was received. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Destination Unreachable Message was sent. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Source Quench message was received. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Source Quench message was sent. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Redirects message was received. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Redirects message was sent. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Echo Requests message was sent. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Echo Request message was sent. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Time Exceeded message was received. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Time Exceeded message was sent. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Parameter Problem message was received. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is the last time an ICMP Parameter Problem message was sent. The format of the returned OctetString is the same as that define in section b. of the definition of the stationTime (station.1) object.

This is a count of the number of access violations which have occurred for the entire unit.

This is the total number of IP datagrams discarded for the entire unit, for other reasons, eg the incorrect configuration of a WAN port, etc

This is the total number of IP datagrams which have been transmitted by this unit.

This is a table of IP logical port statistics parameters.

An entry of the Stats table.

This index is a logical port number and uniquely identifies an entry in this table.

The total number of input datagrams received on this port, including those received in errors.

The number of input datagrams discarded due to errors in their IP headers, including bad checksums, version number mismatch, other format errors, time-to-live exceeded errors, errors discovered in processing their routines, etc.

The number of input datagrams discarded because the IP headers destination field was not a valid address to be received at this entity. This count includes invalid addresses (e.g. 0.0.0.0) and addresses of unsupported classes (e.g. class E). For entities which are not IP gateways and therefore do not forward datagrams, this counter includes datagrams discarded because the destination address was not a local address.

The number of input datagrams forwarded or source-routed via this entity.

The number of input IP datagrams for which no problem was encountered to prevent their further processing, but were discarded (e.g. lack of buffer space). This does not include datagrams discarded while awaiting reassembly.

The total number of input datagrams successfully delivered to IP user protocols ( including ICMP).

The total number of IP datagrams which have been transmitted on this port.

The number of IP datagrams discarded because no route could be found to transmit them to their destination.

The number of IP datagrams discarded for other reasons, eg the incorrect configuration of a WAN port, etc

The number of ICMP messages which the entity received on this port. Note that this counter includes all those counted by icmpInErrors.

The number of ICMP messages which the entity received on this port, but determined as having ICMP-specific errors (bad ICMP checksums, bad length, etc.).

The number of ICMP Destination Unreachable messages received on this port.

The number of ICMP Time Exceeded messages received on this port.

The number of ICMP Parameter Problem messages received on this port.

The number of ICMP Source Quench messages received on this port.

The number of ICMP Redirect messages received on this port.

The number of ICMP Echo (request) messages received on this port.

The number of ICMP Echo Reply messages received on this port.

The number of ICMP Timestamp (request) messages received on this port.

The number of ICMP Timestamp Reply messages received on this port.

The number of ICMP Address Mask Request messages received on this port.

The number of ICMP Address Mask Reply messages received on this port.

The total number of ICMP messages which this entity attempted to send on this port. Note that this counter includes all those counted by ipPortICMPOutErrors.

The number of ICMP messages which this entity did not send on this port due to problems discovered within ICMP such as a lack of buffers. This value should not include errors discovered outside the ICMP layer such as the inability of IP to route the resultant datagram. In some implementations there may be no types of error which contribute to this counter's value.

The number of ICMP Destination Unreachable messages sent from this port.

The number of ICMP Time Exceeded messages sent from this port.

The number of ICMP Parameter Problem messages sent from this port.

The number of ICMP Source Quench messages sent from this port.

The number of ICMP Redirect messages sent from this port. For a host, this object will always be zero, since hosts do not send redirects.

The number of ICMP Echo (request) messages sent from this port.

The number of ICMP Echo Reply messages sent from this port.

The number of ICMP Timestamp (request) messages sent from this port.

The number of ICMP Timestamp Reply messages sent from this port.

The number of ICMP Address Mask Request messages sent from this port.

The number of ICMP Address Mask Reply messages sent from this port.

This is a list of the parameters used for access checking.

An entry in the Access List Table. To set an entry in this table ALL the objects must be supplied in a single SET PDU.?

The index which uniquely identifies this entry. There is a maximum of 32 entries in this table.

Indicates whether checking of IP packets to be transmitted is enabled or not. Enumeration: 'disabled': 2, 'enabled': 1.

When an IP datagram is to be transmitted, the source and destination addresses are &ed with their masks and compared with those in the security entry. This object indicates the action to be taken if these two don't match. Enumeration: 'block': 2, 'pass': 1.

If this parameter has a value of enabled(1), then all received IP packets are checked. Enumeration: 'disabled': 2, 'enabled': 1.

When an IP datagram is received, the source and destination addresses are &ed with their masks and compared with those in the security entry. This object indicates the action to be taken if these two don't match. Enumeration: 'block': 2, 'pass': 1.

This parameter indicates whether ICMP messages are generated or not. Enumeration: 'disabled': 2, 'enabled': 1.

A table of security parameters.

An entry in the security table. For each entry in the Access List Table, there is a list(table) of Security entries. Therefore, as each port has 2 access List entries associated with it, then the port has access to two separate lists of security entries within this table. To set an entry in this table, ALL the objects must be supplied in a single SET PDU.

The entry number of the Access List with which this security entry is associated.

An index into the security table.

Indicates the action in case of a match occurring between the src/dest addr and mask in the ip packet rxd/txd and the src/dest addr and mask in the security entry. Enumeration: 'block': 2, 'pass': 1.

The protocol for which this entry is valid. 0 is used for IP filtering

The IP Address of the source. A value of 0.0.0.0 means that no checking is to be done on the Source Address

The mask used with the source address, if SrcAddress is not null.

The destination IP address. A value of 0.0.0.0 means that no checking is to be done on the Destination Address

The mask used with the destination address, if the address is not null.

The operator used in the comparison. Enumeration: 'lt': 1, 'gt': 2, 'eq': 3, 'neq': 4.

This is the destination user port number to which the IP datagram is addressed. The ipIfSecurityProtocol objects indicates whether the port is a TCP or UDP port.

This object indicates whether access checking should be performed on an IP datagram that contains one or more IP options and match the source and destination IP addresses of this entry. If the object is set to Enabled then access checking is performed on the IP datagram containing IP Options. An IP datagrams that does not contain any options is not affected by this object. Enumeration: 'true': 1, 'false': 2.

If this field has a value of valid(1) then the entry in the request is added to the table. If a value of invalid(2) is used then the entry will be deleted. Enumeration: 'valid': 1, 'invalid': 2.

This is the logical port status table.

This is an entry in the logical port status table.

The index value which uniquely identifies the logical port to which this entry is applicable.

The parameter contains the MAC address of the physical port to which this logical port is mapped. In the case of WAN ports this will return the base MAC address for the RX7000 station.

This is the type of the partner to which this logical port is mapped. A value of notApplicable is returned for logical ports which are LAN ports, and for WAN ports which are not connected to any partner. Enumeration: 'notApplicable': 4, 'b4800Series': 2, 'other': 3, 'rx7000Series': 1, 'br4900Series': 5.

The is the name of this logical port.

This parameter indicates the Encapsulation used for the WAN port to which this logical port is attached. The values between 9 and 14 inclusive are reserved. Enumeration: 'ieee802-6SVC': 19, 'ieee802-6PVC': 20, 'rfc877': 3, 'hdlc': 7, 'tokenRing': 17, 'x25': 8, 'noencaps': 15, 'frameRelay': 5, 'osisndcf': 4, 'retix': 1, 'ppp': 2, 'lapb': 6, 'csmaLan': 16, 'fddi': 18.

This identifies the slot on which the logical port resides.

This is the type of the underlying physical port. Enumeration: 'tokenRing': 3, 'v35': 137, 't1': 135, 'lan10Base5': 5, 'lan10BaseT': 4, 'rs449': 136, 'g703': 139, 'lan10BaseT1port': 6, 'x25': 11, 'ethernet': 1, 'rs232': 134, 'x21': 138, 'fddi': 2.

This is the thruput measurement for the logical port.

This is the value of the maximum transit delay in ******* for this port.

This is the value of the minimum transit delay in ******* for this port.

This is the value of the maximum transmission unit size for this port.

This is the status of the logical port. The value other(1) represents an undefined state which may indicate that the port is not active or there has been some failure on the card. In general the only states which will be reported to a manager are notReady(3) which indicates that the port is configured but not ready to transmit and receive, and ready(4) which indicates that this logical port is configured and can receive and transmit. Enumeration: 'notReady': 3, 'ready': 4, 'other': 1.

This defines the maximum queue length of the logical port.

This table is used to attach a logical port to a physical port and channel on the physical port.

This is an entry in the attach logical port to physical port table. An entry in this table indicates if the logical port is attached to the physical port and what channel on the physical port the logical port is attached to, if applicable. To set an entry in this table, aALL the objects in the entry must be present in a single SET PDU.

The index value which uniquely identifies the logical port to which this entry is applicable.

The value of this parameter is the physical port to which the logical port identified by portAttachLgclPortID is attached or it is physical port to which this logical port is to be attached.

The value of this object indicates the channel to which the port, identified by portLgclPortID, is attached or is to be attached. If the physical port has a portPhysPortLinkProtocol value of anything other than x.25(1) or framerelay(2) then this this parameter will have a value of zero.

The value of this object indicates whether the logical port, identified by portLgclPortID, is to be attached or removed from the physical port and channel, identified by portAttachPhysPortID and portAttachChanID respectively. A value of attach has the effect of adding an entry to this table, and either to create the logical port, or to attach it to another physical port. A value of remove has the effect of removing an entry from the table and if the logical port is the last logical port attached to the physical port then the remove action has the effect of deleting the logical port also. Enumeration: 'attach': 1, 'remove': 2.

This table contains physical port status parameters.

This is an entry in the portPhysPortStatusTable.

The value of this parameter uniquely identifies the physical port to which this entry is applicable.

The value of this parameter uniquely identifies the slot where the physical port identified by the value portPhysPortID resides.

The value of this parameter identifies the IO card on which the physical port identified by the value portPhysPortID resides.

The used defined name for this physical port. this parameter has no operational significance, but serves to identify the port in a user friendly fashion.

The type of I/O card on which this port resides. Enumeration: 'tokenRing': 3, 'lan10BaseT1': 6, 'v35': 137, 'atm': 7, 't1': 135, 'lan10Base5': 5, 'lan10BaseT': 4, 'rs449': 136, 'ethernet': 1, 'rs232': 134, 'x21': 138, 'dualWAN': 140, 'fddi': 2.

The link protocol to be run over the physical port link. The values between 9 and 14 inclusive are reserved. Enumeration: 'atmsvc': 19, 'rfc877': 3, 'hdlc': 7, 'tokenRing': 17, 'noEncaps': 15, 'ppp': 2, 'frameRelay': 5, 'osisndcf': 4, 'retix': 1, 'x25': 8, 'lapb': 6, 'atmpvc': 20, 'csmaLan': 16, 'fddi': 18.

The current operating status of the physical port. This mirrors the state of the logical port which is attached to it. Enumeration: 'notReady': 3, 'ready': 4, 'other': 1.

This is the next unassigned number which can be used for a logical port create/attach operation.

A table of general parameters applicable to any type of serial interface physical port.

An entry in the general table.

The index value which uniquely identifies the physical port to which this entry is applicable.

This parameter is used to determine whether the physical port is available to the higher layers. If the value of this object is dataMode (1) then it is available otherwise a value of bertMode(2) indicates that the physical port is in a Bit Error Rate Test mode. Enumeration: 'bertMode': 2, 'dataMode': 1.

This parameter is used to determine the physical port's interface type. Enumeration: 'v35': 4, 'unknown': 1, 't1': 6, 'rs449': 3, 'rs232': 5, 'x21': 2.

This parameter is used to determine whether the physical port may be used to transfer data. The conditions for a physical port being reported as in a usable state are specific to the interface type and are as follows: X.21 - presence of control/indicate signal RS-449 - presence of RR, DM and CS signals V.35 - presence of RSLD, DSR and CTS signals RS-232 - presence of RSLD, DSR and CTS signals T1 - T1 interface hardware configured and no error reported from T1 line interface or framer. Enumeration: 'active': 1, 'test': 3, 'inactive': 2.

This parameter is used to obtain the status of the physical interface control lines. The format of bit pattern returned is physical interface specific.

This parameter is used to control the operation of the port hardware If the value is disabled(1) the the port hardware is configured to operate in normal mode, if the value is enabled(2) then the port is configured to operate in (on-board) loopback mode. Enumeration: 'disabled': 2, 'enabled': 1.

This object is a count of the number of resets which have occurred on this WAN physical link, since the last reinitialization of the unit.

This object gives the a reason code for the last reset which occurred on this WAN physical link. A value of noReason(1) is returned if the link has not reset. A value of management(2) is returned when a link reset has been caused by a management protocol (either SNMP or by LMS). A value of deviceReset(3) is returned if the link reset was caused by a hardware failure. A value of cableDrop(4) is returned when the link reset was caused by a missing or faulty cable. A value of protocol(5) is returned when the link reset is caused by the link protocol which is running on this link e.g. a Disconnet Request etc. Enumeration: 'noReason': 1, 'management': 2, 'deviceReset': 3, 'protocol': 5, 'cableDrop': 4.

This is a time (in hundredths of seconds) since the last link reset.

This allows a port to be configured 'less-sensitive' to signal variations on control lines. Enumeration: 'disabled': 2, 'enabled': 1.

A table of parameters specific to the X21 type of physical interface.

An entry of X21 specific parameters.

The value of the index which uniquely identifies the physical port to which this entry is applicable.

This parameter is used to control whether the port hardware provides a DTE or a DCE interface. Enumeration: 'x21DCE': 2, 'x21DTE': 1.

A table of Bert (Bit Error Rate Testing) specific parameters.

An entry of Bert specific parameters. An entry exist in this table only if the object, phySerIfGenOperationalMode, has been set to a value of bertMode(2), for this interface.

The value of the index which uniquely identifies the physical port for which this entry is applicable.

If this parameter has a value of testUnit(1) then the unit will generate and check test patterns. If the value returned is echoUnit (2) the the unit echoes received frames. Enumeration: 'echoUnit': 2, 'testUnit': 1.

This parameter is used to select between pseudo random (prbs (1)) and fixed (fbs (2)) bit sequence test patterns. Enumeration: 'fbs': 2, 'prbs': 1.

This parameter is used to control the amount of test pattern which is enclosed in a single frame. This parameter is specified in units of bytes but will be implemented with a granularity of long words.

This parameter is used to select the size of the pseudo random sequence pattern to be used. This parameter must be set when the phySerIfBertPatternType object has a value of prbs (1). Enumeration: 'bitPattern511': 1, 'bitPattern2047': 2, 'bitPattern32767': 3.

This parameter is used to select the fixed bit sequence pattern to be used. This parameter must be set when the physSerIfBertPatternType object has a value of fbs(2). Enumeration: 'allOnesPattern': 1, 'alternatePattern': 3, 'userPattern': 4, 'allZerosPattern': 2.

This parameter allows the user to define a fixed bit sequence test pattern to be used in Bert. This parameter need only be set when the phySerIfBertPatternType object has a value of fbs(2) and the phySerIfFBSPatternTye object has a value of userPattern(4).

This parameter is used to control the length of time over which the two units will perform the BER tests. This parameter is specified in units of seconds. A value of 0 is used to indicate an indefinite test period. This parameter may be configured at both the Test Unit and Echo Unit.

This parameter is used to obtain the number of frames received with an incorrect length during the BER test. This parameter is only applicable to a unit configured to act as BER Test Unit.

This parameter is used to obtain the number of frames received with an invalid sequence number during the BER test. This parameter is applicable to a unit configured to act as BER Test Unit.

The Bert lost frames request parameter is used to obtain the number of frames which were not received during the BER test. This parameter is only applicable to a unit configured to act as a BER Test unit.

This parameter is used to obtain the number of frames which were received and processed during the BER test. This parameter is only applicable to a unit configured to act as BER Test Unit.

This parameter is used to obtain the number of processed frames which were found to contain at least one bit error during the BER test. This parameter is only applicable to a unit configured to act as BER Test Unit.

The BERT test time request parameter is used to obtain the duration (in seconds) of the BER test. This parameter is only applicable to a unit configured to act as BER Test Unit.

This parameter is used to obtain the total number of bit errors seen in the BER test. This parameter is applicable to a unit configured to act as a BER Test Unit.

This parameter is used to obtain the number of seconds of the BERT Test in which a bit error was detected. This parameter is only applicable to a unit configured to act as BER Test Unit.

This is used to obtain the size of the test frames used in the BER test. (This parameter in conjunction with the number of acceptable frames is used to obtain the total number of bits received during the BER test). This parameter is only applicable to a unit configured to act as BER Test Unit.

This parameter is used to obtain the number of frames which the BERT Echo Unit has received and sent back to the sender. This parameter is only applicable to a unit configured to act as BER Test Echo Unit.

This parameter is used to obtain the number of frames that were transmitted.

This parameter is used to obtain the number of frames received.

A table of RS449 specific parameters.

An entry of RS449 specific parameters.

The value of the index uniquely identifies the physical port to which this entry is applicable.

This parameter determines the rate for the internal clock. Enumeration: 'clk2048000': 2048000, 'clk9100': 9100, 'clk128000': 128000, 'clk64000': 64000.

If this object is set to a value of enable(1) then this port will request the local modem port to perform a loopback function. If the value returned is disabled(2) this indicated that the local modem port has not been requested to perform any loopback function. Enumeration: 'enable': 1, 'disable': 2.

If this object is set to a value of enable(1) then this port will request the remote modem port to perform a loopback function. If the value returned is disabled(2) this indicated that the remote modem port has not been requested to perform any loopback function. Enumeration: 'enable': 1, 'disable': 2.

This parameter is used to enable or disable the onboard clock to allow the back to back working of two units. Enumeration: 'enable': 1, 'disable': 2.

A table of V.35 specific parameters.

An entry of V.35 specific parameters.

The value of the index uniquely identifies the physical port to which this entry is applicable.

This parameter is used to enable or disable the onboard clock to allow the back to back working of two units. Enumeration: 'enable': 1, 'disable': 2.

This parameter determines the rate for the internal clock. Enumeration: 'clk2048000': 2048000, 'clk9100': 9100, 'clk128000': 128000, 'clk64000': 64000.

If this object is set to a value of enable(1) then this port will request the local modem port to perform a loopback function. If the value returned is disabled(2) this indicated that the local modem port has not been requested to perform any loopback function. Enumeration: 'disabled': 2, 'enabled': 1.

If this object is set to a value of enable(1) then this port will request the remote modem port to perform a loopback function. If the value returned is disabled(2) this indicated that the remote modem port has not been requested to perform any loopback function. Enumeration: 'disabled': 2, 'enabled': 1.

A table of RS232 specific parameters.

An entry of RS232 specific parameters.

The value of the index uniquely identifies the physical port to which this entry is appliacble.

This parameter is used to enable or disable the onboard clock to allow the back to back working of two units. Enumeration: 'enable': 1, 'disable': 2.

This parameter determines the rate for the internal clock. Enumeration: 'clk19200': 19200, 'clk1200': 1200, 'clk9600': 9600.

If this object is set to a value of enable(1) then this port will request the local modem port to perform a loopback function. If the value returned is disabled(2) this indicated that the local modem port has not been requested to perform any loopback function. Enumeration: 'enable': 1, 'disable': 2.

If this object is set to a value of enable(1) then this port will request the remote modem port to perform a loopback function. If the value returned is disabled(2) this indicated that the remote modem port has not been requested to perform any loopback function. Enumeration: 'enable': 1, 'disable': 2.

A table of G703 specific parameters.

An entry of G703 specific parameters.

The value of the index uniquely identifies the physical port to which this entry is appliacble.

If this object is set to a value of enable(1) then this port will request the local modem port to perform a loopback function. If the value returned is disabled(2) this indicated that the local modem port has not been requested to perform any loopback function. Enumeration: 'enable': 1, 'disable': 2.

If this object is set to a value of enable(1) then this port will request the remote modem port to perform a loopback function. If the value returned is disabled(2) this indicated that the remote modem port has not been requested to perform any loopback function. Enumeration: 'enable': 1, 'disable': 2.

A table of 10base5 specific parameters.

An entry of 10base5 specific parameters.

The value of the index uniquely identifies the physical port to which this entry is applicable.

Enables or disables the SQE counter. Enumeration: 'enable': 1, 'disable': 2.

The multilink Table containing all the multilink objects.

Each entry contains configurables for each logical port on the unit that supports multilink.

This is the logical port number which supports multilink. An entry for this port will only exist if the logical port is attached to a physical port which is using the Retixwan link protocol.

This object enables/disables multilink on this port. Enumeration: 'enable': 1, 'disable': 2.

This is used to determine the line speed level at which the multilink module will check to see if channels can be made standby. If any channels have a line speed greater than this threshold value, then the multilink module picks out the best channels and makes them active, making any others standby. If no channels have line speeds greater than this, then all channels are used and there are none in standby mode.

This is the Lost Frame Timer. It starts when an out of sequence frame is received, and is not reset until the next expected frame is received. If it expires then the frames between the last received, and the current out-of-sequence frame, are considered to be lost. This timer is in millisecs, but the granularity of the operating value is 50ms, so the value set, is rounded up to the nearest 50ms.

This is the multilink window size.

This indicates whether the multilink protocol has been established between the remote partners. Enumeration: 'active': 1, 'inactive': 2.

This is the sum of the line speeds for all the active channels( both standby and active ) supporting multilink on this logical port.

This is the sum of the line speeds for all the active channels supporting multilink on this logical port.

This is the minimum transit delay( in millisecs) for the active channels supporting multilink. If this is not known, then this will return -1.

This is the maximum transit delay( in millisecs ) for the active channels supporting multilink. If this is not known, then this will return -1.

This is the number of active channels supporting multilink for this port.

This is the number of channels which are in standby which support multilink for this port.

This is the number of frames received but discarded due to being too big, or having invalid seq. Numbers, etc.

This is the number of frames to be transmitted but discarded due to being too big, or having invalid seq. Numbers, etc.

This is the number of frames discarded due to the multilink sequence number being out of range.

This is the number of frames for which the Lost Frame Timer has expired.

This is the number of multilink protocol resets that have occurred since the creation of this logical port.

This table contains the LAPB Port Information.

An Entry in this table contains information about each physical port in the system that is configured with lapb as its physical port protocol.

This object is the Physical Port to which this table entry refers.

The default T1 timer for this interface. This specifies the maximum time in Milliseconds to wait for acknowledgement of a PDU.

The T3 timer for this interface. This specifies the time in Milliseconds to wait before considering the link disconnected. A value of zero indicates the link will be considered disconnected upon completion of the frame exchange to disconnect the link. This value should be set larger than T1 * N2

The default N2 retry counter for this interface. This specifies the number of times a PDU will be resent after the T1 timer expires without an acknowledgement for the PDU.

The default maximum N1 frame size desired in number of bits for a frame the DCE/remote DTE transmits to this DTE. This excludes flags and 0 bits inserted for transparency. The frame size is assumed to be the same size for both directions of data transfer.

This is the Local LAPB Address of this port. This determines the station type of the interface. The remote address will be the complement of the setting of the local address. Enumeration: 'dce': 1, 'dte': 3.

This object tells us the sequence numbering method in use on this port. It is either modulo8, i.e. frames are numbered between 0 and 7, or modulo128, where frames are numbered between 0 and 128. This object will limit the value which can be set for lapbKWindowSize. Enumeration: 'mod8': 1, 'mod128': 2.

The window size used for both directions of data transfer on this Interface. This is the maximum number of unacknowledged sequenced PDUs that may be outstanding from this unit at any one time. This object can take values 1..7 when SeqNumbering has a value of mod8, and values 1,3,7,15,31,63,127 when SeqNumbering has a value mod128.

This is the Maximum No. of frames that can be queued up on the receive queue of the LAPB controller. Values allowed are 1,2,4,8,16,32,64,128.- what the chip supports.

This is the Maximum No. of frames that can be queued up for transmission on the transmit queue of the LAPB controller. Values allowed are 1,2,4,8,16,32,64,128. - what the chip supports.

This table contains the LAPB Port Statistics Information.

An Entry in this table contains information about each physical port in the system that uses lapb.

This object is the Physical Port to which this table entry refers.

This is the current state of the Lapb connection Enumeration: 'frameReject': 3, 'rejFrameSent': 6, 'waitingAckRemoteBusy': 12, 'waitingAcknowledgement': 7, 'stationBusy': 8, 'linkSetup': 2, 'bothStationsBusy': 10, 'remoteStationBusy': 9, 'informationTransfer': 5, 'waitingAckStationBusy': 11, 'waitingAckBothBusy': 13, 'rejFrameSentRemoteBusy': 14, 'disconnectRequest': 4, 'disconnected': 1.

The Count of T1 timer timeouts since the last link reset.

The No. of LAPB frames Transmitted since the last link reset

The No. of reject frames transmitted.

The No. of LAPB frames Received since the last link reset

The No. of reject frames received.

The No. of frame-reject frames received.

The No of Runt frames, that is frames of length shorter than the minimum length, received.

The No. of Bad frames received.

The Parameters for the Retix Wan Interface. There will be an entry in this table for each physical port which is configured with a physical port protocol - Retixwan

The Parameters for the Retix Wan Interface.

The value of the index uniquely specifies the physical port for which this entry is applicable.

LAPB T1 Calculation. This parameter is used to enable the calculation of the value for the LAPB T1 Timer by the WAN Protocol Handler. When disabled, a pre-configured value is used. By default, the WAN Protocol Handler calculates the value for the LAPB T1 Timer. Enumeration: 'enable': 1, 'disable': 2.

LAPB T1 Timer Value. This parameter is used to pre-configure the LAPB T1 Timer when it is to not to be calculated by the WAN Protocol Handler. This parameter is specified in units of milliseconds.

LAPB Retry Limit. This parameter indicates the maximum number of attempts to be made to complete the successful transmission of a frame. The default value for this parameter is 4.

Block Size. The value of this parameter indicates the block size, in bytes, to be indicated to the remote partner in the link negotiate packets sent. This however cannot be assumed to be the value of the actual block size to be used on the link, as it will be the smaller of this value and that indicated by the remote unix. The default value for the block size is 552 bytes.

Negotiated Block Size. The value returned for this parameter is the negotiated physical block size in bytes. When the block size has not been negotiated, the configured block size is returned. This parameter is specified in units of bytes.

Measured Network Transit Delay. The value returned for this parameter will be the result of the measured transit delay in milliseconds for the link. A value of -1 indicates that the delay has not been measured.

This parameter is a measure of the links speed in bits per second.

Table of Token Ring per Port parameters.

Entries of Table of Source Routing per port parameters.

The physical port for which this entry applies.

This object is a count of the number of resets which have occurred on this Token Ring link, since the last reinitialization of the unit.

This object gives the a reason code for the last reset which occurred on this Token ring port. Enumeration: 'noReason': 1, 'deviceError': 3, 'management': 2, 'protocol': 5, 'cableDrop': 4.

This is a time (in hundredths of seconds) since the last link reset, eg. the time since the link last went down. The value of this object is zero if no link resets have occurred since the last reinitialization of the unit.

This object is used to enable or disable IPX routing. It indicates whether the unit is functioning as an IPX router. A value of 1 is used to enable IPX routing while a value of 2 is used to disable it. The default value is Disable(2). Enumeration: 'disabled': 2, 'enabled': 1.

This parameter is used to enable or disable the security features for the IPX protocol. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter is used to enable or disable the Internet broadcast processing feature. If the value is enabled(1), then IPX internet broadcast packets are processed otherwise they are discarded. Enumeration: 'disabled': 2, 'enabled': 1.

The total number of IPX datagrams received by the unit and discarded due to having a bad checksum, incorrect length or a hop count expiry (i.e. a hop count value of 0).

This is the total number of IPX datagrams received by the unit and discarded because they were not permitted access to the network.

This is the total number of IPX datagrams received by the unit and discarded because the internal queues are full.

This is the total number of IPX datagrams received by the unit and discarded because the transmit queues are full.

This is the total number of IPX datagrams received by the unit and discarded for other reasons, such as an incorrectly configured WAN port.

This is total number of IPX datagrams which have been transmitted by the unit.

This is the total number of IPX datagrams which have been received by the unit.

The number of IPX datagrams for which this entry was not their final destination, as a result of which an attempt was made to find a route to forward them to that final destination.

This is the total number of IPX datagrams received and then discarded by the unit because no route is available.

This is the total number of IPX datagrams received and then passed to the upper layers.

This is a count of the total number of IPX frames which were received and then discarded due to having a bad IPX address value.

This is a list of the entries in the IPX Routing Information Table.

This is an entry in the IPX Routing Information Table.

This string contains the IPX Network Number. The address contained in the returned string is in hexadecimal form. If the network number is not a full 4 bytes long, then it is zero-filled, e.g. a network number, 0x234fd will appear as 0x000234fd.

This is the Host Address or the gateway to the network specified by the corresponding ipxRITNwkNumber.

This is the hop count to reach the specified network. It has a range of values from 0 to 15.

This is the estimated delay to reach the specified network.

This is the interface through which the IPX datagram is routed to the gateway identified by the corresponding entry for ipxRITGwyHostAddress.

This object is used to indicate whether the gateway is directly connected or not. If the value of this object is direct(1), this indicates a directly connected gateway, if the value is indirect(2) then the gateway is not directly connected. Enumeration: 'indirect': 2, 'direct': 1.

This is the age of this entry.

This is the Service Advertising Protocol Table which holds information about the different servers visible to the device.

This is an entry in the SAP Bindery Table.

This is the type of the server whose IPX address is given by ipxSAPBinderyServerIPXAddress. Enumeration: 'printQueue': 3, 'fileServer': 4, 'jobServer': 5, 'administration': 11, 'jobQueue': 10, 'archiveQueue': 8, 'advertisingPrintServer': 71, 'user': 1, 'userGroup': 2, 'wild': 65535, 'printServer': 7, 'gateway': 6, 'remoteBridgeServer': 36, 'archiveServer': 9.

This string contains the network number and host address, i.e. the IPX address of an IPX Server.

This is the name of the server. It is a textual string up to 48 characters long.

This is the hop count to reach the specified server. This object can take any value in the range 0 to 15.

This is the number of the socket at which the server provides the service.

This table contains a list of objects which are used to configure an IPX logical port.

This is an entry in the IPX interfaces table.

The index value which uniquely identifies the logical port to which this entry is applicable.

The value of this object indicates the current state of IPX routing on the logical port. Enumeration: 'disabled': 2, 'enabled': 1.

This string contains this interface`s IPX Network Number. The address contained in the returned string is in hexadecimal form. If the network number is not a full 4 bytes long, then it is zero-filled, e.g. a network number, 0x234fd will appear as 0x000234fd.

This is the host address for the LP. The combination of the ipxIfNwkNumber and this object gives the full IPX address for the LP. If the LP is attached to a LAN PP then this object will have the same value as the MAC address of the PP. For a WAN PP, the host address takes the value of the unit host address, i.e. the lowest MAC Address on the system

This is the datagram encapsulation which applies to the interface. The default value is IEEE802.3(1). A Token Ring logical port will only support iee802-2(3) encapsulation. Enumeration: 'snap': 4, 'ethernet': 2, 'ieee802-2': 3, 'ieee802-3': 1.

This parameter determines the action taken on a received IPX datagram if routing is disabled for this port, and the global routing flag is set to enabled (1). If routing is disabled for this port and this object has a value of discard (2), than all IPX datagrams received on this interface and not addressed to the unit,will be discarded. Enumeration: 'bridge': 1, 'discard': 2.

This is the delay associated with a specific path.

The first entry in the AccessList Table which will be used by this port. This entry also associates a table of entries from the Security Table with this LP. A value of zero indicates that the default entry is used i.e. there is no access checking done at all.

The second entry in the AccessList Table which will be used by this port. This entry also associates a table of entries from the Security Table with this LP. A value of zero indicates that the default entry is used i.e. there is no access checking done at all.

This timer controls the rate of generation of RIP messages and their transmission on this logical port.

This timer controls the rate of generation of SAP messages and their transmission on this logical port.

The value of this object indicates the current state of IPX Sap Filtering for outgoing Saps on the logical port. Enumeration: 'disabled': 2, 'enabled': 1.

The value of this object indicates the current state of IPX Sap Filtering for incoming Saps on the logical port. Enumeration: 'disabled': 2, 'enabled': 1.

This object indicates the action to be taken for an incoming/outgoing Sap which does not match any entry in the Sap Filtering Table. Enumeration: 'discard': 2, 'pass': 1.

This is a table of the Access list parameters, these parameters are used to define particular security characteristics for an LP.

An entry in the access list table. To set an entry in this table, ALL the objects must be present in a single SET PDU.

This index uniquely identifies an entry in the access list table. Each LP can reference any two of these entries.

Indicates whether checking of IPX packets to be transmitted, is enabled or not. Enumeration: 'disabled': 2, 'enabled': 1.

When an IPX datagram is to be transmitted, the addressing information in the packet is compared against the filters in the security table. If there is a no match then the frame is either accepted (queued for transmission) or it is denied, depending on the value of this object. Enumeration: 'block': 2, 'pass': 1.

Indicates whether received IPX packets are checked or not. Enumeration: 'disabled': 2, 'enabled': 1.

When an IPX datagram is to be received, the addressing information in the packet is compared against the filters in the security table. If there is a no match then the frame is either accepted or it is denied, depending on the value of this object. Enumeration: 'block': 2, 'pass': 1.

A table of the interface security parameters.

An entry in the security table. For each entry in the Access List Table, there is a list(table) of Security entries. Therefore, as each port has 2 access List entries associated with it, then the port has access to two separate lists of security entries within this table. To set an entry in this table, ALL the objects must be supplied in a single SET PDU.

The access list entry number with which this security entry is attached.

An index into the security table.

The network number of the source. A value of zero means the entry applies to all networks.

The source host address. If this is set to the Broadcast Address ( all f's ), then the entry applies to all hosts. The combination of this parameter and the ipxIfSecuritySrcNwkNum gives the full IPX address of the source.

The network number of the destination. A value of zero means the entry applies to all networks.

The destination host address. If this is set to the Broadcast Address ( all f's ), then the entry applies to all hosts. The combination of this parameter and the ipxIfSecurityDestNwkNum gives the full IPX address of the destination.

This parameter identifies the destination socket.

Indicates the action in case of a match occurring between the this filter and the addressing information in the IPX Packet. Enumeration: 'block': 2, 'pass': 1.

The operator used in comparison. Enumeration: 'lt': 1, 'gt': 2, 'eq': 3, 'neq': 4.

This parameter is used to indicate whether the entry is to be added or removed from the ipxIfSecurityTable. If the value is valid(1) then this indicates that this is a request to add this entry to the table. A value of valid(1) is always returned to a GetRequest in the case where the entry exists. Enumeration: 'valid': 1, 'invalid': 2.

This table contains a list of all the statistics objects for an IPX logical port.

This is an entry in the IPX interface statistics table.

The index value which uniquely identifies the logical port to which this entry is applicable.

The number of IPX datagrams which have been received on this interface.

The number of IPX datagrams which have been transmitted on this interface.

This is the number of IPX datagrams which have been received on this interface and then discarded due to no route being found for them.

This is the total number of IPX datagrams received on this interface and routed inwards to either SAP or RIP.

This is a count of the number of IPX datagrams which have been received but discarded due to having an invalid checksum, incorrect length field or hop count expiry.

This is a count of the number of IPX datagrams which have been received but discarded due to having an invalid IPX address.

This is a count of the number of IPX datagrams which have been received on this port but discarded because the internal queue is full.

This is a count of the number of IPX datagrams which have been received and forwarded.

This is a count of the number pf IPX datagrams which have been received on this port but discarded due to other reasons, such as an incorrectly configured WAN port.

This table contains objects which contain config information about the use of IPX over a logical port which is attached to a physical port which is running PPP.

This is and entry in the IPX PPP status table. A SNMP error or noSuchName is returned to a request for an object in this table if the IPX port identified by the value of ipxIfIndex for this entry, is attached to a physical port which is not a PPP physical port.

The value of the index uniquley specifies the logical port for which this entry is applicable.

This is the immediate desired state of the IPX network protocol. Setting this object to open(1) will inject an administrative open event into the IPX network protocol's finite state machine. Setting this object to close(2) will inject an administrative close event into the IPX network protocol's finite state machine. Enumeration: 'close': 2, 'open': 1.

This table contains object which hold status information about PPP on a IPX port.

This is and entry in the IPX PPP status table. A SNMP error or noSuchName is returned to a request for an object in this table if the IPX port identified by the value of ipxIfIndex for this entry, is attached to a physical port which is not a PPP physical port.

The value of the index uniquley specifies the logical port for which this entry is applicable.

This is the current operational status of the IPX network protocol. If the value of this object is opened(1) then the finite state machine for the IPX protocol has reached the Opened state. Enumeration: 'opened': 1, 'not-opened': 2.

This is the IPX Network Number which has been negotiated by a local and remote IPXCP for use on this PPP port.

This parameter is used to enable or disable the SAP filtering feature. If the value is enabled(1), then IPX SAP packets are filtered on the ports which have outgoing and/or incoming SAP filtering enabled. Enumeration: 'disabled': 2, 'enabled': 1.

The SAP Filter Test Table

Each entry is a Test to be applied to SAP frames on any particular port. There can be up to 30 entries in the table. Each test is carried out in the following manner:-

This is the entry index number.

This is the test name.

This is the type of the server whose IPX address is given by ipxSAPFilterTestServerIPXAddr. Enumeration: 'printQueue': 3, 'fileServer': 4, 'jobServer': 5, 'administration': 11, 'jobQueue': 10, 'archiveQueue': 8, 'advertisingPrintServer': 71, 'user': 1, 'userGroup': 2, 'wild': 65535, 'printServer': 7, 'gateway': 6, 'remoteBridgeServer': 36, 'archiveServer': 9.

This string contains the network number and host address, i.e the IPX address of an IPX Server.

This is the name of the server. It is a textual string up to 48 characters long.

This is the hop count to reach the specified server. This object can take any value in the range 0 to 15.

This is the number of the socket at which the server provides the service.

The SAP Filter Statement Table

Each entry is a Test statement. There are up to 30 entries per port. Each entry links a Test with the actions to be carried out depending on the test's success or failure. To set an entry in the table, all the objects must be present in the SET PDU.

This is the Logical Port No. for which the table exists.

This is the table index number

This is the name of the Test to apply for this statement. It should match a Test name in the ipx SAP Filter Test Table. It is an ascii string, of up to 20 characters.

If an incoming/outgoing SAP matches the filter test indexed in this table, then the SAP is either allowed into the SAP Bindery table (incoming filtering), or send out on this port (outgoing filtering). Enumeration: 'discard': 2, 'pass': 1.

This object defines whether DECnet Routing has been enabled or not. DECnet routing may only be enabled if a valid DECnet address has been configured for the device. If a valid address has not been configured then a SetRequest to enable dcntRouting will cause a badValue error to be generated. Enumeration: 'enable': 1, 'disable': 2.

This object will always return a value of level1(1).

This is the DECnet area identification number. It can take on any value between 1 and 63. If this object's value is set to zero then the DECnet address is deleted. This operation can only be performed if decnetRouting {decnet 1} had been disabled. If an attempt is made to set this object to a value of zero while dcntRouting is enabled, a badValue error will be generated.

This is the node address of the device. It can take on any value in the range 1 to 1023. If the dcntAreaAddress is zero i.e. the decnetAddress has been cleared, then the value returned to a GetRequest on this object will also be zero.

This is the maximum cost possible in a path to a reachable area in which his device is situated.

This is the maximum number of hops allowed in a path to another reachable area.

The maximum cost possible in a path from the device to a reachable node within the same area.

This is the maximum number of hops allowed from this device to a reachable node within the same area.

This is the maximum number of nodes which a data packet can traverse before being discarded.

This is the maximum time period between broadcasted routing messages on the Ethernet.

This is the rate control frequency timer.

This parameter is used to enable or disable the security features for the DECnet protocol. Enumeration: 'disabled': 2, 'enabled': 1.

This object is used to enable or disable split path routing for the DECnet protocol. If this object has a value of enabled(1) then the router will try several path to reach a destination. Enumeration: 'disabled': 2, 'enabled': 1.

This is the total count of all DECnet datagrams received by the device on all interfaces. This count includes data packets, hello messages and routing messages.

This is the total count of all DECnet datagrams transmitted by the device on all interfaces.

This is a count of the total number of data packets which have been forwarded by the device on all interfaces.

This is a count of the total number of DECnet hello messages and DECnet routing messages which have been transmitted by the device.

This is a count of the total number of DECnet packets which have been received, but discarded. These packets are discarded by the DECnet protocol level.

This is a count of the total number of DECnet packets which have been discarded due to a lack of internal resources. These packets are discarded by the DECnet protocol layer.

This is the total number of DECnet packets for which no route could be found.

This is a count of the total number of DECnet packets found with an invalid header in the data packet.

This is a count of the total number of DECnet packets received but discarded because the destination address was not a valid address for this entity.

This is a count of the total number of DECnet packets which have been successfully delivered to DECnet Routing Protocols.

This is a count of the total number of DECnet packets which which have been received on this port but discarded due to other reasons, such as an incorrectly configured WAN port.

This is a count of the total number of access violations which have occurred.

This is a table of configuration parameters for a DECnet circuit.

This is an entry in the configuration table.

This index uniquely identifies the logical port to which this entry is applicable.

The value of this object indicates the current state of DECnet routing on the interface. If the global Routing flag is not enabled, then this has no effect. Enumeration: 'enable': 1, 'disable': 2.

This parameter determines the action taken on a received DECnet datagram if routing is disabled for this port, and the global routing flag is set to enabled (1). If routing is disabled for this port and this object has a value of discard (2), than all DECnet datagrams received on this interface and not addressed to the unit,will be discarded. Enumeration: 'bridge': 1, 'discard': 2.

This is the priority associated with this interface, it is used to determine the designated route. The interface with the highest priority is the designated route.

This is the maximum time period between two hello messages, transmitted consecutively.

This is the the cost which will be added to the path cost for this interface. There is one cost for each logical port.

The first entry in the AccessList Table which will be used by this port. This entry also associates a table of entries from the Security Table with this LP. A value of zero indicates that the default entry is used i.e. there is no access checking done at all.

The second entry in the AccessList Table which will be used by this port. This entry also associates a table of entries from the Security Table with this LP. A value of zero indicates that the default entry is used i.e. there is no access checking done at all.

This is a table of statistics and status information for a DECnet logical port.

This is an entry in the status and statistics table.

The index value which uniquely identifies the logical port to which this entry is applicable.

This parameter indicates if the router is the designated router on this interface. There is one designated router on each circuit. A value of designated (1) is returned to a Get request if the router is the designated router for this circuit, otherwise a value of notDesignated (2) is returned. Enumeration: 'notDesignated': 2, 'designated': 1.

This is a count of the number of DECnet datagrams which have been received on this logical port.

This is a count of the number of DECnet datagrams which have been transmitted on this logical port.

This is a count of the number of DECnet datagrams which have been received on this logical port and then discarded due to no route being found for them.

This is a count of the number of DECnet datagrams which have been received on this logical port and then discarded due to the receive queue being full.

This is a count of the number of DECnet datagrams which have been received but discarded due to having an invalid checksum, incorrect length field or hop count expiry.

This is a count of the number of DECnet datagrams which have been forwarded by this unit.

This is a count of the number of DECnet datagrams which have been received but discarded due to having an invalid address, for this unit.

This is a count of the number of DECnet datagrams which have been received and delivered user protocols.

This is a count of the number of DECnet datagrams which have been discarded on this logical port due an error e.g. incorrect WAN configuration.

This is the DECnet routing information table.

This is an entry in the routing information table, each entry specifies a particular node's routing information.

This is the address id of the node which uniquely identifies the node within a given area.

This is the address of the next hop in the path.

This is the path cost of this route.

This is the number of hops that have to be traversed to get to the destination.

This is the logical port through which the DECnet datagram is routed to the gateway identified by the corresponding entry for dcntRITNextHop.

This is the DECnet area routing table. Its entries are used to route packets from the area in which this device resides to other areas in the network. This table has a maximum of 63 entries.

An entry specifies a particular node's routing information.

This is the area id of the node which uniquely identifies the node.

This is the address of the next hop in the path.

This is the path cost of this route.

This is the number of hops between here and the destination.

This is the logical port through which the DECnet datagram is routed to the gateway identified by the corresponding entry for dcntAreaRITNextHop.

This is a table of the Access list parameters, these parameters are used to define the particular security characteristic for a logical port.

An entry in the access table. To set an entry in this table all the objects must be present in a SET PDU.

The index value which uniquely identifies the entry in this table.

Indicates whether checking of DECnet packets to be transmitted, is enabled or not. Enumeration: 'disabled': 2, 'enabled': 1.

When a DECnet datagram is to be transmitted, the source and destination addresses are ANDed with their masks and compared with those in the security entry. This object indicates the action to be taken if these two don't match. Enumeration: 'block': 2, 'pass': 1.

Indicates whether received DECnet packets are checked or not. Enumeration: 'disabled': 2, 'enabled': 1.

When a DECnet datagram is to be received, the source and destination addresses are ANDed with their masks and compared with those in the security entry. This object indicates the action to be taken if these two don't match. Enumeration: 'block': 2, 'pass': 1.

A table of security parameters.

An entry in the security table. For each entry in the Access List Table, there is a list(table) of Security entries. Therefore, as each port has 2 access List entries associated with it, then the port has access to two separate lists of security entries within this table. To set an entry in this table, ALL the objects must be supplied in a single SET PDU.

The access list entry number with which this security entry is associated.

An index into the security table.

Indicates the action in case of a match occurring between the src/dest addr in the DECnet packet rxd/txd and the src/dest addr in the security entry. Enumeration: 'block': 2, 'pass': 1.

The area number of the source. A value of 0 means that the entry refers to all areas

The source node number. A value of 0 means that the entry refers to all nodes

The area number of the destination. A value of 0 means that the entry refers to all areas

The destination node number. A value of 0 means that the entry refers to all nodes

This parameter is used to indicate whether the entry is to be added or removed from the dcntIfSecurityTable. If the value is valid(1) then this indicates that this is a request to add this entry to the table. A value of valid(1) is always returned to a GetRequest in the case where the entry exists. Enumeration: 'valid': 1, 'invalid': 2.

This table contains objects which hold information about the operation of a DECnet logical port, over a PPP physical port.

This is and entry in the DECnet PPP status table. A SNMP error or noSuchName is returned to a request for an object in this table if the DECnet port identified by the value of dcntIfIndex for this entry, is attached to a physical port which is not a PPP physical port.

The value of the index uniquley specifies the logical port for which this entry is applicable.

This is the immediate desired state of the DECnet network protocol. Setting this object to open(1) will inject an administrative open event into the DECnet network protocol's finite state machine. Setting this object to close(2) will inject an administrative close event into the DECnet network protocol's finite state machine. Enumeration: 'close': 2, 'open': 1.

This table contains object which hold status information about PPP on a DECnet port.

This is and entry in the DECnet PPP status table. A SNMP error or noSuchName is returned to a request for an object in this table if the IPX port identified by the value of ipxIfIndex for this entry, is attached to a physical port which is not a PPP physical port.

The value of the index uniquley specifies the logical port for which this entry is applicable.

This is the current operational status of the DECnet network protocol. If the value of this object is opened(1) then the finite state machine for the DECnet protocol has reached the Opened state. Enumeration: 'opened': 1, 'not-opened': 2.

The common operation parameters in use by the X.25 Packet Level Entity (PLE) on a physical interface..

Entries of x25OperTable.

A value that uniquely identifies the X.25 PLE subnetwork (physical interface on the fp) and matches its physical port value.

An ASCII comment string which describes the interface. This defaults to a NULL string

This object is an operation switch, it enables or disables the operation of x25 on the interface. Setting this parameter to enable from a disable condition will result in the transmission of a RESTART packet. Enumeration: 'enable': 1, 'disable': 2.

This object is an operation switch, allowing the user to change the operating mode of x25 on this interface. A value of 1 sets the operating mode to 1980 operating mode, whereas a value of 5 sets it to 1984. Enumeration: 'v1984': 5, 'v1980': 1.

The modulus of the packet sequence number space. This object determines the maximum value for x25OperDefWinSize and x25OperDefReqWinSIze. A mod8 setting limits the maximum value to 7, A mod128 setting limits the maximum value to 127. Default value mod8. If this object is set to mod8, all packet window size objects: x25OperDefWinSize, x25OperDefReqWinSize, and x25RAFTNegWindowSize must be less than 8 Enumeration: 'mod8': 16, 'mod128': 32.

The default send/receive packet size in octets for a circuit. Default value is 128. Enumeration: 'size128': 128, 'size512': 512, 'size256': 256, 'size1024': 1024.

The default request packet size in octets for a circuit. Used if flow control is enabled. Ignored if flow control is not enabled. The setting of x25RAFTNegPacketSize will over-ride the setting of this object. Setting this object to a size0(1) value allows flow control negotiation to be configured but disables the packet size portion of flow control negotiation. Default value is 128. Enumeration: 'size128': 128, 'size512': 512, 'size0': 1, 'size256': 256, 'size1024': 1024.

The default window size for a circuit. The value of this object is limited by the setting of x25OperPacketSequencing This value must be less than 8 if sequencing is mod8. Default value is 2.

The default request window size for a circuit. Used if flow control is enabled. The value of this object is limited by the setting of x25OperPacketSequencing. This value must be less than 8 if sequencing is mod8. The setting of the x25RAFTNegWindowSize object will over-ride the setting of this object. Default value is 2.

Enable/disable flow control negotiation. The setting of this parameter determines if x25OperDefReqWinSize or x25OperDefReqPktSize will be used in establishing the call. This parameter will be over-ridden by the setting of the x25RAFTNegWindowSize or the x25RAFTNegPacketSize object. Enumeration: 'enable': 1, 'disable': 2.

Enable/disable the basic form of closed user group. This parameter determines if CUG facility can be used on this interface. The x25RAFTCUGValue will override this parameter. If this object is set to enabled then CUG values in received call request packets will be validated against entries in the x25CUGTable. Call requests containing CUG facility will be refused Enumeration: 'enable': 1, 'disable': 2.

Enable/disable reverse charge request. If this parameter if set to enabled, the reverse charge request facility will be placed in all call request packets. The x25RAFTProposeReverseCharging object will override the setting of this object. Enumeration: 'enable': 1, 'disable': 2.

Enable/disable reverse charge accept. If this object is set to disabled then all received calls containing reverse charging will be refused. The x25RAFTAcceptReverseCharging object will over-ride the setting of this object Enumeration: 'enable': 1, 'disable': 2.

The starting value of two way logical channels. The number of usable logical channels on the interface will be (x25OperLow2WayChan + x25OperNumSVCs -1 ).

This is the number of SVCs on a physical port.

The local address for this PLE subnetwork. This object will provide the source DTE address provided in call request packets. If this object is set to a NULL string or to 00000000000000000 then the source DTE address in the call request packets will be absent.

Enable/disable immediate data ack. This parameter is used when connected to a network which requires immediate acknowledgement of a data packet regardless of whether the window is full. Example Accunet. Setting this parameter to enabled will result in a RR packet sent for every data packet received. Enumeration: 'enable': 1, 'disable': 2.

Enable/disable unknown address acceptance. This parameter will allow call packets to be received for which a RAFT entry does not exist. If a RAFT entry does not exist for an incoming call request source address, then the default parameters on the physical port will determine acceptability of the call. Enumeration: 'enable': 1, 'disable': 2.

Operational parameter to reset link level, This parameter will cause the link level to be reset. The packet will restart if the X25 protocol is enabled for that port (see x25OperEnable) Enumeration: 'execute': 1, 'noAction': 2.

The T20 restart timer in seconds. This determines the amount of time allowed for a restart confirm to be received for a restart request. See restart count.

The T21 call timer in seconds. Maximum time allowed to receive acceptance response to call attempt. There is no call count.

The T22 Reset timer in seconds. The maximum time allowed to receive reset confirm to a reset request. See reset count.

The T23 Clear timer in seconds. The maximum time allowed to receive a clear confirm in response to a clear request. See clear count.

The R20 restart retransmission count. The maximum number of times which a restart request packet will be retransmitted on expiration of the restart timer.

The r22 Reset retransmission count. The maximum number of times which a reset request packet will be retransmitted on expiration of the reset timer.

The r23 Clear retransmission count. The maximum number of times which a clear request packet will be retransmitted on expiration of the clear timer.

Identifies DCE/DTE mode in which the interface operates. A value of lapb indicates the mode will be determined by the address at the Link Layer, otherwise the interface will operate as specified DTE or DCE. Enumeration: 'lapb': 4, 'dte': 3, 'dce': 1, 'certifyDte': 5.

This object is an operation switch, it enables or disables the use of sub-addressing in x25 DTE addresses. If enabled the last 2 digits of the x25 address is the sub-address identifying the channel number. Enumeration: 'enable': 1, 'disable': 2.

This object is an operation switch, it enables or disables the placement of the calling/called x25 addresses in the call accept packet. If this parameter is set to disabled and the call request contains calling/called addresses the addresses will not be placed into the call accept packet. Enumeration: 'enable': 1, 'disable': 2.

The table of CUG values which can be received in call request packets, by this X.25 Packet Level Entity (PLE).

Entries of x25CUGTable.

A value that uniquely identifies the X.25 PLE subnetwork (physical interface on the fp) and matches its physical port value.

A value that uniquely identifies the entry in the CUG table for the PLE.

A closed User Group value for the PLE.

Enable or disable this CUG value. Disabling the value is the equivalent of deleting it. Enumeration: 'enable': 1, 'disable': 2.

Statistics information about this X.25 PLE. These statistics describe the general operation of X.25 on the physical interface.

Entries of the x25StatTable.

A value that uniquely identifies the X.25 PLE subnetwork (physical interface on the fp) and matches its physical port value.

An ASCII comment string which describes the interface.

This object reports the current status of the packet level, and indicates if the packet level is ready for use. The r4 state places the interface in the disabled state, ignoring all packets. Enumeration: 'ready': 2, 'disabled': 4, 'inactive': 1, 'restart': 3.

This object quantifies the total number of virtual circuits (logical channels) available for connection

This object quantifies the total number of virtual circuits currently connected (states p4, d2, d3)

This object defines the cause/diag code in the last received clear packet. The form of this is 'nnn nnn' where the first 3 digits give the cause code and the second 3 the diagnostic code.

The X25 address which originated the last received clear

This object defines the cause/diag code in the last received clear packet. The form of this is 'nnn nnn' where the first 3 digits give the cause code and the second 3 the diagnostic code.

The X25 address to which the last locally originated clear packet was sent

The number of data pkts received on the interface (PLE).

The number of data packets sent on the interface (PLE).

The number of incoming call packets received on the interface (PLE).

The number of call packets sent on the interface (PLE).

The number of clear packets received on the interface (PLE).

The number of clear packets transmitted on the interface (PLE)

The number of reset packets received on the interface (PLE)

The number of reset packets transmitted on the interface (PLE)

The number of restart packets received on the interface (PLE)

The number of restart packets sent on the interface (PLE)

The total number of transmit frames, before segmentation, discarded due to lack of buffers

This table contains statistics information about a specific logical channel channel on a physical interface (X.25 PLE).

Entries of x25CircuitTable.

A value that uniquely identifies the X.25 PLE subnetwork (physical interface on the fp) and matches its physical port value.

The logical channel number for this switched virtual circuit (SVC).

This object reports the current packet level state of the switched virtual circuit. See annex B of CCITT X.25 specification for more information. Enumeration: 'ready': 2, 'clearing': 5, 'inactive': 1, 'dataTransfer': 4, 'calling': 3.

The remote X.25 DTE address associated with this switched virtual circuit

The type of user of this circuit. This parameter identifies the encapsulation and/or the type of router at the remote destination. rx7000 indicates a RX7000 type router is at the remote end of the SVC, b4800 indicates that there is a 4800/4900 router at the remote end of the SVC, isis indicates that the SVC is solely used by the ISIS protocol to communicate to another ISIS router, rfc877 indicates that the SVC is solely used by the IP protocol to communicate to another IP router, test indicates that this is a test SVC. Enumeration: 'test': 5, 'rx7000': 1, 'b4800': 2, 'isis': 3, 'rfc877': 4.

An ASCII comment string which describes this entry. This parameter is a NULL string if the x25CircuitType object is ISIS or IP. This parameter will contain the string defined in x25ChanComments if the x25CircuitType object is RX7000 or 4800.

The amount of time in seconds that the switched virtual circuit has been established.

This object defines the cause/diag code in the last received clear packet. The form of this is 'nnn nnn' where the first 3 digits give the cause code and the second 3 the diagnostic code. This object indicates the clear cause/diag code in the last clear packet sent or received. The first byte is cause code, the second byte is diagnostic code.

The packet level window size currently in use on the switched virtual circuit.

The x25 packet size currently in use on the switched virtual circuit.

The number of data octets received on this x25 switched virtual circuit .

The number of data PDUs received on this switched virtual circuit.

The number of data octets sent on this switched virtual circuit.

The number of data PDUs sent on this switched virtual circuit.

The number of Reset packets received on this switched virtual circuit

The number of Reset packets sent on this switched virtual circuit

These objects contain the parameters that can be varied between X.25 calls. There is one table for each interface (PLE). The use of entries in this table is based on the x25RAFTAddr object. When a switched virtual circuit is being established this table is searched for a match between the x25RAFTAddr object and the x25 address of the remote DTE. If a match is found then the x25 parameters configured in the x25RAFTable for the x25RAFTAddr will be used to establish the x25 virtual circuit. Entries in this table will over-ride the default values in the Operational table (x25OperTable).

Entries of x25RAFTable.

A value that uniquely identifies the X.25 PLE subnetwork (physical interface on the fp) and matches its physical port value.

A value that uniquely identifies the entry in the RAFT table. The maximum No. of entries is 64 per Port.

The address string which identifies this entry. A x25 address which matches this string will result in the facilities being applied to the virtual circuit being established. This string must contain BCD digits 0 to 9. This string can contain two wild card characters which are * or ?. * will match any string or portion of a string. ? will match any character. Example 1* will match 12 123 1234 12345 etc, 1? will match 12 13 14 15 etc. Any other character is not allowed. In reality a NULL string is not allowed

An ASCII comment string which describes this RAFT entry.

The window size which will be negotiated for a circuit. A size of zero for a circuit means no negotiation, If non-zero then call request and call accept packets will contain negotiated window size. The value of this object is limited by the setting of x25OperPacketSequencing. This value must be less than 8 if sequencing is mod8. If this parameter is non-zero then flow control negotiation for window size is enabled.

The packet size in octets negotiated for a circuit. A size of zero for a circuit means no negotiation. If set then call request and call accept packets will contain negotiated window size. If this parameter is non-zero then flow control negotiation for packet size is enabled. Enumeration: 'size128': 128, 'size512': 512, 'size0': 1, 'size256': 256, 'size1024': 1024.

Identify if the PLE should propose reverse charging. If this parameter is set, then the originated call packet will contain the reverse charge request facility. Enumeration: 'enable': 1, 'disable': 2.

Identify if the PLE will accept or refuse charges. If this paramter is set, then a received call packet which contains reverse charge request facility will be allowed. Enumeration: 'enable': 1, 'disable': 2.

Enable/disable the basic form of closed user group. This parameter determines if CUG facility can be used on this interface. Setting this value to enable will override the x25OperCUGSub parameter. Enumeration: 'enable': 1, 'disable': 2.

The Closed User Group to be used on the call.

Determines the status of the entry in the RAFT table. When set to disabled, the entry in the table is ignored. When set to delete, the entry is deleted from the table. When an entry is first created it is disabled. The remaining parameters are filled in. The last operation should be to set this object to enable, which then makes the table entry an active entry, to be searched. Enumeration: 'enable': 1, 'disable': 2, 'delete': 3.

This table contains parameters which are configured for channels. A channel is an entity internal to the RX7000. It is a place holder for x25 parameters and control options which will apply to a switched virtual circuit established for a logical port in the RX7000 system.

Entries of x25ChanTable. A set to any object within this table results in a channel being created, if it did not already exist.

A value that uniquely identifies the X.25 PLE subnetwork (physical interface on the fp) and matches its physical port value.

A value that uniquely identifies the entry in the x25ChanTable. There is a maximum of 64 channels per port.

This gives the state of the configured channel. The values of this state are the same as those of the SVC. This object has meaning only if a logical port is attached to the channel. The ready state indicates that the channel is ready to accept or originate an x25 switched virtual circuit connection. Enumeration: 'ready': 2, 'clearing': 5, 'inactive': 1, 'dataTransfer': 4, 'calling': 3.

The remote x25 DTE address for the channel. This address will be used to provide the called address in the x25 call request packet.

An ASCII comment string which describes the entry in the channel table.

This is a runtime parameter to instruct the system to activate the virtual circuit. This command can only be executed if a logical port is attached to the channel. If a logical port is not attached to the channel then the command is ignored. Enumeration: 'execute': 1, 'noAction': 2.

This is a runtime parameter to instruct the system to de-activate the virtual circuit. This command can only be executed if a logical port is attached to the channel. If a logical port is not attached to the channel then the command is ignored. Enumeration: 'execute': 1, 'noAction': 2.

This is a configurable parameter to instruct the system to automatically attempt to establish a virtual circuit, when the packet layer is ready, a logical port is attached to the channel, and the direction object x25ChanDirection for the channel is set to originate or both. The parameter is ignored if any of these conditions are not met. When set to zero the autoconnect function is disabled. When set to non zero this parameter will determine the frequency in seconds which the system will retry the attempt to establish the switched virtual circuit, if the previous attempt failed. This timer can be ineffective if the interface is not responding to call request or clear request packets.

This is a configurable parameter to determine the number of attempts which the system will make to establish the circuit. The x25ChanAutoConnect object must be set to non-zero for this parameter to be effective. A value of 0, will try forever. Manual connect request will restart the process if the previous attempts exhausted the retry count.

This is a configurable parameter which enables control of the virtual circuit through data activity, this parameter also sets the amount of time which must elapse without data activity in order for the virtual circuit to be disconnected. If the value is set to 0, then data inactivity operation is disabled. Recommended value for enabled is 90 seconds. A virtual circuit used for bridging may make this mode of operation ineffective. This parameter cannot be set to enabled at the same time that x25ChanTimeOfDay is set to enabled. The object x25ChanDirection must be set to originate or both for data inactivity control to function.

This is a configurable parameter which enables time of day control of the virtual circuit. If this parameter is set to enabled then x25ChanDataTimeON and x25ChanDataTimeOFF will determine when the switched virtual is established and disconnected. This parameter cannot be set to enabled at the same time that x25ChanDataInactivity is set to enabled. The object x25ChanDirection must be set to originate or both for time of day control to function. Enumeration: 'enable': 1, 'disable': 2.

This is a configurable parameter which sets the time of day to activate the SVC, Format of string is hh:mm. First 2 bytes are hours, second 2 bytes are minutes The parameter x25ChanTimeOfDay must be set to enabled for this to function. This defaults to '00:00' or midnight.

This is a configurable parameter which sets the time of day to de-activate the SVC, Format of string is hh:mm. First 2 bytes are hours, second 2 bytes are minutes The parameter x25ChanTimeOfDay must be set to enabled for this to function. This defaults to '00:00' or midnight.

This parameter will determine the direction call can take on the SVC. When set to originate, a call request packet can be originated on the interface. When set to receive, a call request packet can only be received on the interface. When set to both then a call request packet can be both originated or received on the interface. This parameter must be set to originate or both for the objects x25ChanTimeOfDay x25ChanDataInactivity x25ChanAutoConnectTime to be effective. Enumeration: 'receive': 1, 'both': 3, 'originate': 2.

When set to enabled, the entry in the x25ChanTable will be created. When set to delete the entry will be deleted. Enumeration: 'enable': 1, 'delete': 2.

This table has one entry per port. It allows a user to request a test connection to a remote unit. The table entry will show the status of a test call made to this unit or from this unit. Only one circuit is allowed at a time. A call can be requested or received but not both simultaneously.

Test circuit.

A value that uniquely identifies the X.25 PLE subnetwork (physical interface on the fp) and matches its physical port value.

The x25 DTE address to be used as the called address, when a call packet is originated from this RX7000 unit.

The x25 DTE address in the calling address field of a received call packet.

An ASCII comment string which describes this test. This string is sent to the remote site as a data packet when the circuit is established. This defaults to a NULL string.

The ASCII comment string configured at the remote site. This only has meaning if the test call was received. The contents of this object are meaningless if the test call was originated from this RX7000 unit.

This object reports the current packet level status of the switch virtual circuit. Enumeration: 'ready': 2, 'clearing': 5, 'inactive': 1, 'dataTransfer': 4, 'calling': 3.

This object defines the cause/diag code in the last received clear packet. The form of this is 'nnn nnn' where the first 3 digits give the cause code and the second 3 the diagnostic code.

The window size currently in use on the switched virtual circuit.

The packet size currently in use on the switched virtual circuit.

Identify if the test circuit used reverse charging when establishing the call. Use of this facility is determined by the RAFT or the interface default Enumeration: 'enable': 1, 'disable': 2.

Indicates if the Closed User Group facility was used on the circuit. The object consists of two octets containing the characters 0 through 9. A zero length string indicates no CUG facility was used on the test circuit. Use of this facility is determined by the RAFT or the interface default

The command which requests an action on the test circuit. connect - this command will attempt to originate a test connection provided a test connection is not already established. clear- this command will clear the test connection if it is established. clearConnect - this command will clear the test connection if it is established and then attempt to originate a test connection. Enumeration: 'ready': 4, 'clear': 2, 'connect': 1, 'clearConnect': 3.

This indicates the action which last occurred on the circuit. incoming_connected indicates that the switched virtual circuit was connected as a result of an incoming call, outgoing_connected indicates that the circuit was connected as a result of an outgoing call, rcv_cleared indicates that the switched virtual circuit is disconnected as a result of receiving a clear packet from the remote end, sent_cleared indicates that the switched virtual circuit is disconnected as a result of sending a clear packet to the remote end Enumeration: 'incomingConnected': 1, 'sentCleared': 4, 'rcvCleared': 3, 'outgoingConnected': 2.

A table of ethernet physical port parameters.

An entry in the ethernet port table.

The value of the index uniquley specifies the physical port number to which this entry is applicable.

The number of SQE/Heartbeat errors detected.

The number of receive frames missed because no buffers were available to accept the incoming data.

Total number of transmission retries by this station on the attached LAN.

Total collisions detected on the attached LAN.

Total number of runts detected on the attached LAN.

Total number of Framing or CRC errors detected on LAN.

The total number of TX deferrals required on the LAN segment.

Total number of late collisions encountered during transmission by this port.

Total number of loss of carrier errors encountered by this port

Total number of TX retry limit errors encountered during transmission by this port.

Most recently detected TDR figure detected by this port. This is the time from the start of transmission to the occurrence of of a collision or loss of carrier, and is updated only when a retry error is detected on transmission.

Total number of unicast frames transmitted.

Total number of unicast frames received.

Total number of Multicast frames transmitted.

Total number of Multicast frames received.

Total number of Broadcast frames transmitted.

Total number of Broadcast frames received.

This is the number of link resets which have occurred since the last reinitialization of the unit.

This object gives the reason code for the last reset which occurred on this LAN physical link. A value of noReason(1) is returned if the link has not reset. A value of management(2) is returned when a link reset has been caused by a management protocol (either SNMP or by LMS). A value of deviceReset(3) is returned if the link reset was caused by a hardware failure. A value of cableDrop(4) is returned when the link reset was caused by a missing or faulty cable. Enumeration: 'noReason': 1, 'management': 2, 'deviceReset': 3, 'cableDrop': 4.

This is the time (in hundredths of seconds) since the last link reset.

A table containing per port information for Frame Relay interfaces.

The error information for a single frame relay interface.

The value of this index uniquely identifies the physical port to which this entry is applicable.

This is the frame size used between this port (DTE) and the network (DCE).

This is the number of Error frames that have occurred on the management channel, i.e. the Dlcmi

This is the number of Status messages received from the network, on the Dlcmi.

This is the number of Status messages transmitted to the network, via this port, on the Dlcmi.

This is the number of circuits which are currently configured for this port.

The IP Address of the BootP server

The path name and name of the file to be downloaded.

Indicates whether to stop or start bootp/tftp download. This always returns the value no_action to a get request Enumeration: 'start': 1, 'stop': 2, 'noAction': 3.

Status of the bootp/tftp process. Enumeration: 'failTFTPInvalidFile': 6, 'downloading': 3, 'failNetworkError': 7, 'attempting': 2, 'failTFTPNoFile': 5, 'idle': 1, 'failBootpNoServer': 4, 'failFlashProgError': 8, 'failFlashChksumError': 9, 'downloadSuccess': 10.

This flag indicates if OSPF can import routes learned through RIP locally and insert into OSPF routing.

This object indicates the action-on-no-match for RIP routes. Enumeration: 'import': 1, 'dontImport': 2.

If enabled, OSPF can import static routes.

This object indicates the action-on-no-match for Static routes. Enumeration: 'import': 1, 'dontImport': 2.

This table contains filter information for RIP routes importation.

An entry in the OSPF Rip Filter Table. To set an entry, all the objects in this entry must be supplied within a single SET PDU

Destination IP address found by RIP to which the filter should be applied.

The mask associated with the IpAddress.

This object indicates whether to import or not import a route in case of a match. Enumeration: 'import': 1, 'dontImport': 2.

This object indicates if the entry is valid or invalid.

This table contains information for converting RIP's hop count to OSPF's metric for each pair of configured destination IP address and its mask.

An entry in the OSPF RIP Convert Table. To set an entry, all the objects in this entry must be supplied within a single SET PDU

Destination IP address found by RIP.

Destination IP address mask.

The hop count measured in RIP.

The metric in OSPF converted from RIP.

This object tells us if this entry in the table is valid or invalid.

This table contains the default conversion from hop counts measured in RIP to metrics measured in OSPF.

An entry in the OSPF RIP DefaultConvert Table. To set an entry, all the objects in this entry must be supplied within a single SET PDU

The hop count measured in RIP.

The metric in OSPF converted from RIP.

The object indicates if this entry is valid or invalid.

This table contains filter information for static routes importation.

An entry in the OSPF Static Filter Table To set an entry, all the objects in this entry must be supplied within a single SET PDU