XPRESS-MIB: View SNMP OID List / Download MIB

Tells you the name allocated to this system.

Select this option when you want the system to process new calls. If you disable this option, the system will not accept or generate new calls, but existing calls will remain connected. NOTE: Disable during SAP learning mode. Disabling or enabling call processing will not affect the LAN.

Enter the maximum frame age (in tenths of a second).

Select this option when you want the system to tear down all currently active calls.

Tells you whether the system has passed the NVRAM diagnostics. If it failed, the read/write test passed, but at least one of the NVRAM objects failed the startup checksum. If it passed, all the NVRAM objects passed the startup checksum.

Tells you whether the systems real-time clock is reliable. If the real-time clock has failed the diagnostics, the system is using inaccurate time and date information.

Tells you whether the 82596 LAN controller chip passed or failed the LAN diagnostics.

Tells you the revision number of the boot PROM.

Tells you whether the system is operational (enabled), not operational (disabled) or faulty.

Tells you how long (in hundredths of a second) the system has been running since the last reset.

Tells you how much RAM has been allocated to the System Controller.

Tells you the slot position of the RSC 9000 card (System Controller) with respect to the P2 backplane.

Select this option when you want the system to use data compression.

Tells you whether data compression for the system is disabled, enabled, or faulty.

Select this option when you want the system to use CLID security.

Select this option when you want the system to accept only incoming calls with a CLID.

Select the minimum bearer capability allowed during an incoming call: 64 Kbps Unrestricted, 56 Kbps Digital, 3100 Hz Audio, or Speech.

Select this option when you want the system to learn remote LANs that use the Gandalf proprietary link protocol and configure them in the database. The system will not learn remote LANs that use PPP as their WAN protocol. Any LANs calling in while this attribute is enabled will be learned and named with Learnt_lanx, where x is the index into the remote LAN list. Most of the information will be taken from a default remote LAN set up in the database. NOTE: Security is at a minimum when this option is enabled.

Enter the current date and time, using the format specified in RFC 1443.

Select hardReset when you want the System Controller to reset.

Enter the system password for the systems embedded console.

Tells you the hub type for this system installation.

Tells you the software revision for the System Controller.

Tells you the hardware revision for the System Controller.

Tells you the software revision for the System-Controller compression card.

Tells you the hardware revision for the System-Controller compression card.

Tells you the revision number of the boot PROM for the System-Controller compression card.

Enter the threshold an active call must exceed (120 - 86340 seconds) before the system generates a potential trap and event alarm. The range is from 2 mins to 23hrs 59 mins. The setting is in seconds so they are in increments of 60.

Select this option when you want the system to generate alarms to the event log when a call to a remote LAN exceeds the call threshold youve set (rSysLongCallThreshold).

Tells you the size of the P1 backplane that the system is attached to.

Select this option when you want the system to forward the rips learned from its active remote LANs that are doing PPP IPCP. These rips will be forwarded onto the local LAN when enabled.

Select this option when you want the system to override the DOSBS (Data Over Speech Bearer Services), enabled at IO card ports.

Select this option when you want the system to answer ARP request on behalf of a remote address configuered on the protocol list table.

Select this option when you want the system to identify a caller from its Calling Line ID (CLID) before the call is answered. This is useful when the remote is to be called back, so the system will reject the call without the caller being charged for the call.

Time delay the system will observe between the time it determines a dialback call is to be placed and the actual outgoing call request. This allows the remote to turn around and be prepared to receive the call back.

Period of time after a failed outgoing call attempt the system will ignore request to place a call to the same remote. In Japan, this is used to meet regulatory approvals where no more than 2 failed calls can be placed in a 3 minute time span. Can also be used with dialback to guarantee that the system will not retry an outgoing call if the remote is due to call back. If a switch type is changed to Japanese, then this value will be changed to 61 seconds if it set to a lower value. When a Japanese switch is defined, the minimum acceptable value is 61 seconds.

The number of times that a CLID will be allowed to fail until it is blacklisted. The default is one, that is, the first time that a CLID fails, it will be blacklisted. If set to 0, this feature is disabled.

Lets you view and manage how the system configures individual cards.

Tok_String

Tells you the position of a card (1-10) within the hub with respect to the P2 backplane.

Select the card type for this particular card: mrm9430, bri9308, xsm9516RS232V11, xsm9516RS232V35, pri9360DB15, pri9346DB15, pri9330BNC, pri9330DB15, pri9323DB15, briU9308.

Select this option when you want the system to accept and generate new calls on a card. If you disable this option, existing calls on the card will remain connected, but the system will not accept or generate new calls on the card. DEFAULT = selected

Specify whether a card is online or offline. NOTE: If a card is ONLINE and you set it to OFFLINE, all calls on the card will be torn down. DEFAULT = online

Tells you whether this card has passed or failed diagnostics.

Tells you the operational state of a card, which can be one of: OFFLINE - youve pressed the OFFLINE button on the card or youve set the status of the card (rCardStatus) to OFFLINE. ONLINE - the card is functioning. GONE - the card is not in its slot, but the slot is still configured. FAULTY - the link to the card has been lost, or the card is defective. DETECTED - the card has been detected, but its link to the System Controller has not yet been established. WAITDOWNREQ - the System Controller is waiting for a Download Request to come from the card. DOWNLOADING - the System Controller is downloading the op code to the card. WAITDOWNACK - the download has been completed, and the System Controller is now waiting for an acknowledgement from the card. WAITOPCODE - the card is currently starting up. MISMATCH - the card does not match the definition for it that is stored in the database. CARDEMPTY - the card has been removed from the slot, which is no longer configured. CARDREJECTED - the card has been rejected because it caused the number of channels to exceed the maximum allowed.

Tells you the software revision for the card.

Tells you the hardware revision for the card.

Tells you how much RAM (in bytes) has been allocated to the card.

If this is a BRI9308 card, select the BRI switch type you want it to use: ni1, nt, attPointToPoint, attMultiPoint, net3, or other. If you try to select a BRI switch type for card types other than BRI, youll see the following error message: noSuchName. DEFAULT = ni 1

Tells you the software revision id of the boot PROM for this card.

Select hardReset to reset the card. NOTE: The card must be offline to be reset. DEFAULT = noReset

Select this option when you want the system to disconnect all active calls on the card. DEFAULT = noTear Down

The current status of this entry. If the row status is set to destroy(6), the card will be removed from the database only if the card is offline (see the rCardStatus attribute). If the card is not OFFLINE, a BAD_VALUE_ERROR will be returned to the Manager.

Setting this object to 1 will activate the changes of a PRI card. A read from this object will return a 0 for no action needed, or a 2 for changes pending. 0 and 2 cannot be set.

This table provides a management view of the statistics specific to individual D Channels. The port ID is the D-channel ID.

Tok_String

Tells you the position of this card (from 1 to 10) within the hub with respect to the P2 backplane.

Tells you the Port ID of this D Channel.

Tells you the administrative status of the Channel or Modem on this I/O card.

Tells you how many LAPD frames have been received on this D Channel.

Tells you how many LAPD frames with CRC errors have been received on this D Channel.

Tells you how many frames have been received on this D Channel but discarded because there was not enough memory to store them.

Tells you the how many LAPD frames with overflow errors have been received on this D Channel.

Tells you how many LAPD frames have been received on this D Channel.

Tells you how many calls have been received on this D Channel.

Tells you the how many LAPD frames have been transmitted on this D Channel.

Tells you how many LAPD frames with underrun errors have been transmitted on this D Channel.

Tells you the how many calls have been transmitted on this D Channel.

Tells you how many DSL (digital subscriber loop link) losses have occurred on this D Channel (i.e., how many ISDN connections have been dropped).

Tells you how many LAPD frames have collided on this D Channel.

Tells you how many LAPD frames have slipped on this D Channel.

Tells you how many link faults (timeouts) have occurred on this D Channel.

This table provides a management view of the system configuration specific to individual D-channels. The port ID is nothing else than the D-channel ID.

Tok_String

Specify whether a port should be put OFFLINE or ONLINE. Reading this object always returns online(2) regardless of the cards current operational state. If the port is ONLINE and the attribute is set OFFLINE, all calls on this port will be torn down and the port will be put in the OFFLINE state. To set a port back to ONLINE, select ONLINE from the list of options. DEFAULT = online

Enter the threshold (1-10000 seconds) that the number of port faults must exceed before the port is taken offline and a potential trap and event alarm is generated. A value of zero disables this function. DEFAULT = 0

Select this option to enable digital over speech bearer for BRI D-channels.

Select whether to source the system clock from this network connection.

This table provides a management view of the system configuration generic parameters specific to individual data-bearing channels (i.e., ISDN B Channels and XSM sync channels, but NOT ISDN D Channels).

Tok_String

Tells you the position of this card within the hub with respect to the P2 backplane.

Tells you which port this channel belongs to on this specific card.

Tells you the channel ID within the port.

Select the mode of operation for this channel, which can be one of: Disabled, AnswerCallsOnly; AnswerAndOriginateCalls; OriginateCallsOnly, Leased (PRI port only). If this channel belongs to a BRI port (but not a PRI port), it will set the other B Channel on the BRI port as well, even if this attribute is set for a unique B Channel. A B Channel that belongs to a BRI port supports only the first four values. A badValue error will be returned if a SET request with a value of leased is received on a B Channel that belongs to a BRI port. A B Channel that belongs to a PRI port supports all values from 1 to 5. A B Channel that belongs to a card of type pri9360DB15 or pri9346DB15 supports all values. NOTE: A leased PRI will support only a disabled or leased mode. All values from 1 to 5 are supported on XSM channels. DEFAULT = AnswerAndOriginateCalls

Enter the index for the Channel group this channel belongs to. Setting this value on any channel updates all channels that belong to the same port. DEFAULT = 1

Enter the index for the Hunt group this channel belongs to. Setting this value on any channel updates all channels that belong to the same port. DEFAULT = 1

Tells you the corresponding channel that is used if a resource module connection is up. If this is indexed by a Resource Module it will return the ISDN channel used or the Resource Module used if this is a BRI or PRI/DUAL Pri. Note: A return of 0 means that any active call does not include a resource module. Also, there is the possiblility of 64 channels on a card, therefore to find the corresponding channel on numbers returned that are greater than 64, use the following logic: channel is on card X / 64 and is channel X mod 64.

This table provides a management view of the system configuration generic parameters specific to Basic Rate ISDN B Channels.

Tok_String

Enter the telephone number that this B Channel responds to.

Enter the service-profile ID that the Central Office is providing for the B Channel.

This table provides a management view of the system configuration parameters specific to serial channels.

Tok_String

Select the call-setup/teardown signalling to be used with the attached device, which can be one of: controlSignal or v25bis. If rChanOpMode is set to leased, this option is forced to controlSignal (setting it to any other value will generate a bad value error). DEFAULT = v25bis

Enter the time (in seconds) between a disconnect and the channels availability to support an outbound call. DEFAULT = 10

Enter the time (in seconds) for completing call setup that the system allows before timing out. DEFAULT = 30.

This table provides a management view of the generic statistics for individual, synchronous, data bearing channels (e.g., PRI, BRI and XSM channels).

Tok_String

Tells you the WAN link thats associated with this channel. If this channel is not currently connected, youll see a value of -1.

Tells you the status of the channels connection, which can be one of: linkDown, LinkUp, or linkFaulty.

Tells you how many HDLC frames this channel has received since the last system reset.

Tells you how many octets this channel has received since the last system reset.

Tells you how many HDLC frames this channel has detected but not successfully received for one of the following reasons: 1) Rxed with Bad CRC 2) Rxed with Overrun errors 3) Rxed aborted frames

Tells you how many HDLC frames this channel has received but discarded because of a CRC mismatch.

Tells you how many HDLC frames this channel has received but discarded because there was not enough memory in the system to store them.

Tells you how many HDLC frames this channel has received but discarded because the frame had been aborted.

Tells you how many HDLC frames this channel has received that were shorter than 4 bytes in length.

Tells you how many HDLC frames this channel has received that were longer than 4096 bytes in length.

Tells you how many HDLC frames have been transmitted on this channel since the last system reset.

Tells you how many octets have been transmitted on this channel since the last system reset.

Tells you how many HDLC frames this channel tried to transmit unsuccessfully since the last system reset for one of the following reasons: 1) TXed underrun 2) TXed aborted frames

Tells you how many HDLC frames this channel tried to transmit unsuccessfully since the last system reset because there was not enough data in memory to transmit.

Tells you how many HDLC frames this channel tried to transmit unsuccessfully since the last system reset because the frame had been aborted.

Tells you how many times the WAN protocol has failed since the last system reset.

Tells you how many resource shortages this channel has experienced since the last system reset. A resource shortage is a condition that occurs when the channel driver runs out of receive buffers.

Tells you the result code from the last call on this channel.

This is the phone number (or extension number) of the connected party, i.e. at the far end of this B-channel.

This is the name of the connected party, i.e. at the far end of this B-channel. This information is sometimes passed over the signalling channel of the network when a call is generated or received, and on these occasions the information is captured and stored here.

This table provides a management view of the ISDN statistics and configeration for individual B Channels.

Tok_String

Tells you what bearer capability is used for this B Channel.

Allows configeration of the leased line speed for this B Channel (only valid on leased lines).

This table provides a management view of the statistics for individual serial channels.

Tok_String

Tells you the type of physical interface signalling that is used for the attached device, which can be one of: invalidHW, rs232, v35,or v11.

Tells you what role the device thats using this channel is performing: dte - the device is acting as data terminal equipment dce - the device is acting as data circuit-terminating equipment.

Tells you the control signal state at the interface, which is bit- mapped as follows: Bit RS232 V.35 V.11 --- ----- ---- ---- 0 RTS RTS CTRL 1 CTS CTS IND 2 DSR DSR n/a 3 DCD DCD n/a 4 DTR DTR n/a 5 RI n/a n/a 6 TM n/a n/a 7 LL n/a n/a 8 RL n/a n/a 9 n/a n/a n/a 10 n/a n/a n/a NOTE: Bit zero (0) is the least significant bit.

Tells you the type of loopback test the system is running. NOTE: Applies only to rs232 channels.

Tells you how many attempted inbound connects the signalling protocol in effect for this channel has detected since the last system reset.

Tells you how many outbound connects have been attempted on this channel since the last system reset.

Tells you how many outbound connects attempted on this channel were not successfully established since the last system reset.

This object is used to identify a potentially unused index that can be used as the rChannelGroupId instance when creating new entries in the rlanChannelGroupTable. A returned value of zero indicates that the table is full.

This table provides a management view of the system channel groups.

The first entry (rChannelGroupId value of one) corresponds to the default entry. This entry cannot be modified or deleted.

Tells you the unique identifier for this row.

Tells you the name of this channel group. Channel group names must be unique and are not case sensitive. You cannot modify the default entry Default.

Tells you the current status of this entry. You cannot destroy currently assigned channel groups or the default entry.

This table is used to force connect or disconnect a channel.

Tok_String

Tells you which remote LAN this channel is to connect to. The remote LAN values are from 1 to 1000 but reading this value will always return 0.

To tell the system to disconnect this channel, select disconnect from the available settings. When you select connect, the system will try to connect this channel to the remote LAN indicated by rChanDiagRemLANID. NOTE: The configuration for the remote LAN must be a member of this channels channel group. DEFAULT = statusQuo

This table provides a management view of Hunt Groups.

Tok_String

Tells you which hunt group you are configuring. The hunt group values are from 1 to 16.

The name of this Hunt Group.

The Phone number of this hunt group. Only printable characters are accepted.

Tells you the current status of this entry. The only states valid for this object are createAndGo(4) and Destroy(6).

This table provides a management view of PBX Channels.

Tok_String

The extension number of this PBX channel

The module type of this PBX channel. Cannot be set to none(1),gandalfAnalogPhoneEnd(4) or gandalfAnalogSwitchEnd(5) .

The phone type connected to this PBX channel

The type of PCM encoding for this PBX channel

The mode of the Voice Processing Module. The value of 1 is for information only and cannot be set.

This table provides a management view of the parameters specific to Modem and PBX card channels (i.e., Modems and PBX Ports).

Tok_String

The online state of a module. Setting offline will not allow the module to go online. Setting online will enable the module to send and receive calls. Reading this object always returns online(2) regardless of the moduless current operational state.

The current operational state of the resource module.

This table provides a statistical view of Norther Telecom type of PBX Channels.

Tok_String

Tells you how many Voice Timing Packets this link has processed.

Tells you how many Signal Packets with CRC errors this link has processed.

Tells you how many packets that have V.42 address errors this link has processed.

Tells you how many times a voice packet is received before an initialization packet is received.

Tells you how many times this link has reached maximum retries.

Tells you how many times this link has received a voice packet when it shouldnt, or sent a packet of one type and received an unexpected type of response packet.

Tells you how many No Data Signal errors this link has processed.

Tells you how many times a packet is sent without receiveing an acknowledgement packet.

This counter is incremented for every packet that fails to be removed from the transmit buffer. eg. SDS signal not received by the PBX extender.

Tells you the number of reinitialization attempts on this link.

Tells you the number of disconnect failures this link has processed.

This counter increments if there are three retransmission attempts in a row.

Tells you how many times the PBX thinks that the phone is lost. Only applies to the central extender.

Tells you how many fatal panics have occured on this port.

Tells you how many link integrity problems have occured on this port.

Tells you how many failed incoming calls have occured on this port.

Tells you how many failed outgoing calls have occured on this port.

Tells you how many successful incoming calls have occured on this port.

Tells you how many successful outgoing calls have occured on this port.

This table provides a management view of the system configuration specific to individual WAN links.

Tok_String

Tells you which one of the possible 128 WAN links the current statistics apply to. This index is mapped to a specific channel. To find out which WAN link to use, get the rChanWANStatsIndex attribute from the channel group first.

Tells you which card this WAN link is using to talk to the currently connected remote LAN.

Tells you which port this WAN link is using to talk to the currently connected remote LAN.

Tells you which of the 61 possible channels this WAN link is using to talk to the currently connected remote LAN. The number of possible channels will vary depending on card type. For example a BRI has 2 channels/port, a PRI can have up to 61 channels/port (European CEPT) and an XSM has one channel/port.

Tells you which remote LAN this WAN link connects to, by providing the index to be used in the rlanRemLANGroup.

Tells you which remote LAN this WAN link connects to by providing the name of the remote LAN.

Tells you how many HDLC frames this WAN link received during the current call.

Tells you how many octets this WAN link received during the current call.

Tells you how many HDLC frames this WAN link detected but did not successfully receive during the current call for one of the following reasons: 1) Rxed with Bad CRC 2) Rxed with Overrun errors 3) Rxed aborted frames

Tells you how many HDLC frames this WAN link received but then discarded because of a CRC mismatch during the current call.

Tells you how many HDLC frames this WAN link received but then discarded during the current call because there wasnt enough memory in the system to store them.

Tells you how many HDLC frames this WANlink received but then discarded during the current call because the frame had been aborted.

Tells you the ratio of unsuccessfully received HDLC frames to the number of frames that this WAN link detected during the current call.

Tells you how many HDLC frames this WAN link transmitted during the current call.

Tells you how many octets this WAN link transmitted during the current call.

Tells you how many HDLC frames this WAN link tried to transmit unsuccessfully during the current call for one of the following reasons: 1) TXed underrun 2) TXed aborted frames

Tells you how many HDLC frames this WAN link tried to transmit unsuccessfully during the current call because there wasnt enough data in memory to transmit.

Tells you how many HDLC frames this WAN link tried to transmit unsuccessfully during the current call because the frame had been aborted.

Tells you the ratio of unsuccessfully transmitted frames to the number of attempted frame transmissions during the current call.

Tells you how long (in hundredths of a second) the system has accumulated statistics for this WAN link.

Tells you the current channel speed in bits per second.

Tells you which remote Extension this WAN link connects to, by providing the index to be used in the rlanRemExtGroup.

Tells you which remote Extension this WAN link connects to by providing the name of the remote Extension.

Tells you which Resource Module card this WAN link is using to talk to the currently connected remote.

Tells you which Resource Module port this WAN link is using to talk to the currently connected remote.

Tells you which Resource Module Channel this WAN link is using to talk to the currently connected remote.

This table provides a management view of the RM channels associated with a call at any time.

Tok_String

Tells you which one of the possible 160 real WAN links or 128 virtual the current statistics apply to. This index is mapped to a specific channel. To find out which WAN link to use, get the rChanWANStatsIndex attribute from the channel group first.

Gives the channel index for the particular channel in use by the call.

Tells you which Resource Module card this channel is on.

Tells you which Resource Module port this channel is on.

Tells you which Resource Module Channel this channel is on.

This is the phone number (or extension number) of the connected party, i.e. at the far end of this B-channel.

This is the name of the connected party, i.e. at the far end of this B-channel. This information is sometimes passed over the signalling channel of the network when a call is generated or received, and on these occasions the information is captured and stored here.

Tells you how many frames the system has received since the last reset.

Tells you how many octets the system has received since the last reset.

Tells you how many HDLC frames the system detected since the last reset, but did not successfully receive for one of the following reasons: 1) Rxed with Bad CRC 2) Rxed with Overrun errors 3) Rxed aborted frames

Tells you how many HDLC frames with CRC mismatches the system has received since the last reset.

Tells you how many HDLC frames with overrun errors the system has received since the last reset.

Tells you how many aborted HDLC frames the system has received since the last reset.

Tells you how many HDLC frames the system has transmitted since the last reset.

Tells you how many octets the system has transmitted since the last reset.

Tells you how many HDLC frames the system has detected since the last reset that were not successfully received for one of the following 2 reasons: 1) Txed with underrun errors 2) Txed aborted frames

Tells you how many HDLC frames with underrun errors the system has transmitted since the last reset.

Tells you how many frames the system has aborted during transmission since the last reset.

Tells you how many link fault errors have occurred since the last reset.

This object is used to identify a potentially unused index to be used as the rRemLANID when creating new entries in the rlanRemLANConfigTable. A returned value of zero indicates that the table is full.

This table provides a management view of the system configuration specific to individual Remote LANs.

The conceptual row at instance zero is used by the RSC as the default remote LAN configuration. The values defined for this entry are assigned to learned LANs when the system is in remote LAN learning mode (rSysRLANLearningAdminState is enabled(2)). This entry is also used to change the defaults chosen when manually configuring a new remote LAN either through the embedded console or via SNMP.

Tells you the index of this remote LAN. A value of 0 indicates the default remote-LAN configuration; that is, this entry is used to determine the default parameters for remote LANs that are dynamically learned.

Enter the name of the current remote LAN. The name can use up to 16 characters but cannot contain spaces. The name must also be unique. It cannot be LOCAL_LAN or begin with LEARNT_LAN. The default entry (instance zero) cannot be modified.

Tells you the current operational mode of this remote LAN, which can be one of: 1- disabled: the system will not accept calls from this remote LAN or generate calls to this remote LAN 2- answerCallsOnly: the system will only answer calls from this remote LAN. 3- answerAndOriginateCalls: the system will accept and generate calls from/to this remote LAN. 4- originateCallsOnly: the system will only generate calls to this Remote LAN. DEFAULT = answerAndOriginateCalls

Select the minimum bearer capability allowed during an outgoing call to a remote LAN when using ISDN services: 64 Kbps Unrestricted, 56 Kbps Digital, 3100 Hz Audio. DEFAULT = kbps64Unrestrict

Select the type of compression when you want this remote LAN to use.

Select the communications protocol you want the system to use when establishing a call to this remote LAN. The table rlanGandalfProtoConfigTable contains additional information when this object is set to gandalfProprietary(1) otherwise the rlanPppConfigTable is to be used when this object is set to ppp(2). NOTE: When you are changing or creating new remote LANs, rRemLANSerialNumber or rRemLANPppSecret for the remote LAN must be present (depending on the setting of the remote LAN) in the same SNMP message. DEFAULT = gandalfProprietary

Enter how long (in seconds) the connection must be idle before the system decides to disconnect the channel(s). If you enter a value of 0, there is no idle time-out. DEFAULT = 90

Enter the maximum number of channels to be connected to a remote LAN.

Specify whether or not the system should allow flooding of unknown destination unicast packets to the remote LAN or from this remote LAN to other remote LANs. DEFAULT = to

Select the multicast packet treatment to be used for this remote LAN. DEFAULT = bi-directional

Select the broadcast packet treatment to be used for this remote LAN. DEFAULT = bi-directional

To tell the system to disconnect this remote LAN, select disconnect from the list of available options. When you select connect, the system will try to connect to the remote LAN on an available channel as specified in the rlanDestAddressConfigTable selection parameters (i.e., channel group) DEFAULT = statusQuo.

Select this option when you want the system to respond to watchdog query packets received from the local LAN by this remote LAN. DEFAULT = disabled

Select this option when you want the system to forward, spoof or filter SAP/RIP requests to this remote LAN. DEFAULT = disabled

A list of indexes into the rlanSAPGroupTable. A single octet value of 1 indicates the All SAP group (any other octets with values will generate a bad value error). Setting this object to an octet string length of zero deletes all previous values and returns this object to its default. If rRemLANSAPandRIPSpoofingFiltering is disabled, this attribute will return a zero length string (attempts to set this attribute to any non-zero length string will generate a bad value error). DEFAULT = 2H

Tells you the current status of this entry.

Select this option when you want this remote LAN to receive data from another remote LAN.

Select the NCP layer that the system should use when communcating with this remote LAN DEFAULT = BCP and IPCP

Indicates the huntgroup used by this remote LAN. 1 indicates that no Hunt group is defined for this RemLAN.

Select this option when you want this modem to originate or answer.

Select this option when you want to all data to be encrypted/decrypted to/from this remote LAN.

Select this option when you want the system to spoof SNA keepalive messages when all links to this remote LAN are down. This feature is only available with the Point-of- Sale version.

Select this option when you want the system to call right back this remote LAN as soon as it is identified and authenticated.

Use this option to trigger a test call to this remote LAN using the supplied phone number. This will result in a trap, either gTestPresenceCallPassed, gTestPresenceCallFailed or gTestPresenceCallNotIssued, depending on the outcome of the call. The phone number string can only contain digits and the letters L (Local), N (National) and I (International) as a prefix character. You cannot modify the default entry.

If enabled, once an outgoing call to this remote LAN is required, Xpressway/XpressStack will attempt to bring up the maximum number of channels configured at the same time.

This table contains objects that pertain to the management of remote LANs that use the Gandalf proprietary link protocol.

No default entry at conceptual row zero exists in this table. In short a default rRemLANSerialNumber cannot be used when learning a remote LAN since this parameter is one of the few parameters that is actually learnt during this process.

Enter the unique serial number of the remote LAN.

This table contains objects that pertain to the management of remote LANs that use the PPP Internet standard link protocol.

A default entry at conceptual row zero does exist in this table. The default entry can be used to specify the PPP authentication protocol only.

Select the authentication protocol the system should use when verifying the identification of the remote LAN. DEFAULT = pap

Tells you the PPP secret for the remote LAN. The PPP identity is the name you entered for the remote LAN (rRemLANName). You cannot modify the default entry.

Select the NCP layer that the system should use when communcating with this remote LAN DEFAULT = BCP and IPCP

This attribute determines wether the system can accept or override the DNS IP address submitted by a remote system. DEFAULT = accept.

The IP address to assign to remote if rRemLANRemIPAddrHandling is set to assign(3)

This attribute determines which BAP protocol is used on a remote LAN PPP connection. DEFAULT = bacp_and_mpplus.

This table contains objects that pertain to the management of remote LAN addressing information.

For the default rRemLANID entry (conceptual row zero) two defaults exist in this table.

Tells you the unique identifier for this entry.

Enter an index (1 to 33) into the rlanAddressPrefixConfigTable. DEFAULT = 1

Enter the address of this remote LAN (e.g., a phone number). The phone number string can only contain digits and the letters L (Local), N (National) and I (International) as a prefix character. You cannot modify the default entry.

Enter an index (1 to 65) into the rlanChannelGroupTable. The system uses the selected entry in this table to determine which group of channels to use when it attempts to establish a call to a remote LAN. DEFAULT = 1

Enter the primary Calling Line IDentity number presented during an incoming call from this Remote LAN. The CLID must contain all 16 digits. You cannot modify the default entry.

Select this option when you want to use a modem for this remote LAN.

This object is used to identify a potentially unused index that can be used as the rAddrPrefixId instance when creating new entries in the rlanAddressPrefixConfigTable. A returned value of zero indicates that the table is full.

This table contains objects that pertain to the management of destination address extension prefixes.

The first entry (rAddrPrefixId value of one) corresponds to the default entry. This entry cannot be modified or deleted.

Tells you the prefix entry id.

Enter the ASCII name that is associated with a prefix entry. The name must be unique and is not case sensitive. You cannot modify the default entry None.

Enter the prefix string that will precede the destination phone number.

The current status of this entry. Entries that are in use (referenced by an entry in the rlanDestAddressConfigTable) cannot be destroyed. The default entry cannot be destroyed.

This table provides a management view of the system configuration specific to individual Remote Lans.

Tok_String

This string of octets is used to indicate active entries in the rlanWANStatsTable entries where each octet represents an index into this table. A null string length indicates that this remote LAN is currently not active (up). If more than one octet is returned then multi-linking is being performed.

Tells you which bearer capability was used for the last call to this remote LAN. Connections to remote LANs that were made using XSM channels are reported as xsm(6).

Tells you the failure code for the last call.

Tells you the number of TimeTicks that have elapsed since the last connection to this remote LAN. This value resets every time the remote LAN connects to the local LAN. Returns a 0 if a connection has yet to be made.

Tells you how many compressed bits have been received from this remote LAN. The system uses this information when calculating the inbound compression ratio.

Tells you how many uncompressed bits have been received from this remote LAN. The system uses this Information when calculating the inbound compression ratio.

Tells you how many frames (both unicast and non-unicast) have been received from this remote LAN and forwarded to the local LAN.

Tells you how many unicast frames have been received from this remote LAN and forwarded to the local LAN.

Tells you how many frames have been received from this remote LAN and filtered out.

Tells you many multicast frames have been received from this remote LAN and forwarded to the local LAN.

Tells you how many multicast frames have been received from the remote LAN and filtered out.

Tells you how many broadcast frames have been received from the remote LAN and forwarded to the local LAN.

Tells you how many frames have been received from the remote LAN and filtered out.

Tells you how many compressed bits have been forwarded to the remote LAN. The system uses this information when calculating the outbound compression ratio.

Tells you how many uncompressed bits have been forwarded to the remote LAN. The system uses this information when calculating the outbound compression ratio.

Tells you how many frames (both unicast and non-unicast) have been forwarded to a WAN link assigned to this remote LAN.

Tells you how many unicast frames have been forwarded to a WAN link assigned to this remote LAN.

Tells you how many multicast frames have been received from the local LAN and forwarded to the WAN link assigned to this remote LAN.

Tells you how many broadcast frames received from the local LAN have been forwarded to the remote LAN.

Tells you how many frames were queued to be transmitted but then discarded because their transit delay exceeded the maximum limit.

Tells you how many frames were queued to be transmitted but then discarded because of an internal resource shortage.

Tells you how long this remote LAN has been connected since the last system reset.

The IP Address of the remote LAN .

Tells you how many compression resets we received from the peer.

Tells you how many compression resets we sent to the peer.

Tells you which bearer capability was used for the last call to this remote LAN. Connections to remote LANs that were made using XSM channels are reported as xsm(6).

Tells you which bearer capability was used for the last call to this remote LAN. Connections to remote LANs that were made using XSM channels are reported as xsm(6).

Tell you if the BCP Network Control Protocol (NCP) is active for this remote LAN.

Tell you if the IPCP Network Control Protocol (NCP) is active for this remote LAN.

Tell you if the IPXCP Network Control Protocol (NCP) is active for this remote LAN.

Tell you if the PACP Protocol is active for this remote LAN.

Tell you if the Mpplus Protocol is active for this remote LAN.

Tell you if this remote LAN has been created dynamically

Tell you if this remote LAN must use authentication

ASCII String of the last time this remote has connected.

Select the desired state of the local LAN: disabled or enabled.

Select the Ethernet interface for the local LAN depending on the Hardware platform: for the 10095 and 8441 boards the choices are AUI or P2. The 10444 boards cannot be changed. NOTE: Changing the Ethernet interface may disconnect any active connections with the system through the LAN port.

Tells you the MAC address of the local LAN.

Tells you whether the local LAN is disabled, enabled, or faulty.

Tells you how many Ethernet frames have been received from the local LAN since the last system reset.

Tells you how many octets have been received from the local LAN since the last system reset.

Tells you how many frames from the local LAN have been lost during reception due to alignment errors since the last system reset.

Tells you how many frames from the local LAN were lost during reception due to CRC errors since the last system reset.

Tells you how many multicast packets have been received from the local LAN since the last system reset.

Tells you how many broadcast packets have been received from the local LAN since the last system reset.

Tells you how many frames have been transmitted successfully to the local LAN since the last system reset.

Tells you how many octets have been transmitted successfully to the local LAN since the last system reset.

Tells you how many frames have been lost due to single collisions since the last system reset.

Tells you how many frames from the local LAN have been lost due to multiple collisions since the last system reset.

Tells you how many frames from the local LAN have been lost during reception due to CRC errors and alignment errors since the last system reset.

Tells you how many frames from the local LAN have been lost due to a late collision since the last system reset.

Tells you how many frames this port has tried to transmit unsuccessfully since the last system reset because it was not clear-to-send (CTS) or because the 82596 chip locked and had to reset.

Tells you how many multicast packets have been transmitted to the local LAN since the last system reset.

Tells you how many broadcast packets have been transmitted to the local LAN since the last system reset.

Tells you how many frames could not be transmitted to the local LAN since the last system reset due to a lack of memory or other resources.

Tells you how many frames could not be transmitted to the local LAN since the last system reset due to carrier sense errors.

Select this if you want LAN Protocol Filtering/forwarding.

A list of indexes into the rlanLANProtocolIDTable. Indexes 122-127 are predefined entries in the table: 122 Novell IPX/SPX 8137 123 AppleTalk ARP 80F3 124 AppleTalk 809B 125 Reverse ARP 8035 126 ARP 0806 127 TCP/IP 0800 Indexes 1-121 are reserved for future predefined entry expansion. Indexes 128 and up are user defined entries. If rLocLANProtocolFilterForward is forwardall, this attribute will return a zero length string (attempts to set this attribute to any non-zero length string will generate a bad value error).

Tells you the mode of operation that the RSC 9002 LAN controller has negociated. Only valid on the 9002 platform.

This attribute selects the operational mode of the Ethernet physical interfaces. It is only applicable to systems that support 100 Meg Ethernet. An error condition will be returned if 100 Meg Ethernet is not supported. 1- autonegotiate: indicates that the interface will use the auto-negotiation feature from the 802.3u standard to determine link speed. 2- 100baseT_fdx: forces the interface into 100baseTX full duplex mode. 3- 100baseT: forces the interface into 100baseTX mode. 4- 10baseT_fdx: forces the interface into 10baseT full duplex mode. 5- 10baseT: forces the interface into 10baseT mode. DEFAULT = autonegotiate

Tells you how many frames (both unicast and non-unicast) have been received from the local LAN since the last system reset.

Tells you how many valid unicast frames (filtered frames plus forwarded frames) have been received from the local LAN since the last system reset.

Tells you how many valid unicast frames have been received from the local LAN and forwarded to the remote LAN since the last system reset.

Tells you how many valid unicast frames have been received from the local LAN but filtered out since the last system reset.

Tells you how many valid multicast frames (filtered frames and forwarded frames) have been received from the local LAN since the last system reset.

Tells you how many valid multicast frames have been received from the local LAN and forwarded to the remote LAN since the last system reset.

Tells you how many valid multicast frames have been received from the local LAN but filtered out since the last system reset.

Tells you how many valid broadcast frames (filtered frames and forwarded frames) have been received from the local LAN since the last system reset.

Tells you how many valid broadcast frames have been received from the local LAN and forwarded to the remote LAN since the last system reset.

Tells you how many valid broadcast frames have been received from the local LAN and filtered out since the last system reset.

Tells you how many frames have been queued to be transmitted but discarded because their transit delay exceeded the maximum since the last system reset.

Tells you how many frames have been queued to be transmitted but discarded due to a shortage of internal resource(s) since the last system reset.

Enter the length of time (in seconds) a station entry for a local LAN that has become inactive should remain in the filter table.

Enter the length of time (in seconds) a station entry for a remote LAN that has become inactive should remain in the filter table.

Choose to disable or enable dynamic aging of station entries from the filter table.

Choose to disable or enable block roaming.

This table provides a management view of the system configuration specific to individual MAC addresses. The table is indexed using the physical address (MAC address).

Tok_String

Tells you the MAC address of one entry in the filter table.

Enter the MAC address type, which can be one of the following: 1- dynamic - the MAC address was learned and is subject to age out if aging is enabled. 2- static - the MAC address was manually entered in the system through the console or SNMP 3- blocked - the system will filter this MAC address. 4- invalid - used to delete MAC filter entries. NOTE: You can create or set a MAC address with a dynamic type. That MAC address will simply be subject to aging as soon as its created or modified.

Enter the id for the remote LAN associated with this MAC address. 1) A rMACHomePort with a value of 0 means that the MAC address resides on the local LAN. 2) A rMACHomePort with a value from 1 to 1000 will map to the rRemLANID attribute of 1 to 1000. This attribute cannot be SET alone. A GEN_ERROR will be returned. If you want to change the home port on which the MAC resides, you have to delete by setting rMACType to INVALID and then recreate the entry by having all the attributes in the same SET-REQUEST packet with valid values. NOTE: If you want to create a new MAC entry, you have to make sure that the rMACHomePort attribute that you use has already been created and is, therefore, known by the system.

Enter the IP address of your system.

Enter the subnet mask.

Enter the IP address of the default gateway.

Choose to disable or enable the acceptance of an incoming TELNET connection.

Enter the IP address of an acceptable host for a TELNET connection.

Enter the mask to be used when an incoming Telnet request is being processed. The source IP address is masked with this attribute and compared to the rTelnetIpAddr attribute for access privileges.

Tells you how many bytes have been transferred during a file transfer that is in process. If no file transfer is in process, the field will display a value zero (0).

Tells you if a file transfer is progress.

Tells you the Last Result Code for the last file transfer that took place.

These objects manage the systems embedded ftp client and can be used to initiate file transfers to or from a specified ftp server.

Tok_String

Tells you the file ID for this entry, which can be code, database or auditRecords.

Enter the IP address of the FTP server.

Enter the user ID to be used when the system identifies its embedded FTP client to the FTP server. You must enter this information when you issue a set for code(1) or database(2) file transfers.

Enter the user password to be used when the sytem identifies its embedded FTP client to the FTP server. You must enter this information when you issue a set for code(1) or database(2) file transfers.

Enter the directory path on the FTP server that the file is to be copied to/from.

Enter the filename to be used when the file is saved on the FTP server.

Select the operation the RSC should perform: get, put, or setup. The get(1) operation is allowed on code and database records. The put(2) operation is allowed on database files and audit records. The setup(3) operation is allowed on all records, which commits the parameters to non-volatile storage. Setting this object to either get(1) or put(2) initiates a file transfer that will be trapped on completion. The get and put operations also perform an implied commit to non-volatile storage. DEFAULT = setup

Enter the start IP address of the dynamic IP pool.

Enter the number of dynamic IPs in the pool.

This table provides a management view of the system configuration specific to individual blacklisted phone numbers.

Tok_String

Tells you the ID of any of the possible 64 blacklisted entries.

Tells you the blacklisted phone number.

Tells you the current status of this blacklisted entry.

Identifies a potentially unused index that can be used as the rBlacklistID instance when youre creating new entries in the rlanBlacklistTable. A returned value of zero indicates that the table is full.

This table provides a management view of the system configuration specific to network addresses. The table is indexed using the network IP address.

Once an entry has been created it cannot be modified. It must be deleted first.

Tells you the network address of one entry in the protocol table. It represents a unique device attached to the associated home port.

Tells you the network mask associated with this unique entry.

Tells you the ID of the remote LAN associated with this network address. The value maps one- to-one to the value for the attribute rRemLANID.

Enter the network-address type associated with this unique entry. DEFAULT = ip

Tells you the current status of this protocol entry.

This table provides a management view of the system configuration specific to individual PRI Ports.

Tok_String

Tells you the position of this card within the hub with respect to the P2 backplane. Each PRI card can take slot position 1 to 10.

Tells you the port ID for a specific interface.

Tells you the card type to which this port belongs, which can be one of pri9360DB15, pri9346DB15, pri9330BNC, pri9330DB15, pri9323DB15.

Select the line format to be used by a PRI port, which can be one of naDS1ESF, naDS1D4, naDS1D4B8ZS, euroCEPT, euroCEPTCRC4. The first three are North American; the last two are European.

Select the switch type to which this PRI port connects, which can be one of att4ESS, att5ESS, ntDMS100, ntDMS250, leased, dass2, dass15, euroisdn, kdd. NOTE: The dass15 switch type is valid only if the timeslot is less than 16; any B channels above timeslot 16 will be invalid.

Select the format of the D Channel to be used by this port, which can be one of 64 Kbps, 64 Kbps inverted or 56 Kbps. European standards allow only 64kbps inverted. NOTE: This attribute is applicable only if the port is not leased. If the port is leased, a get or set will generate a noSuchName error. The system will skip this port if the previous attribute has initiated a get-next.

Enter the timeslot to be used by the D channel. Valid timeslots for the various switch types are: North American: 1..24 European: 1..31 DASS2-15: 1..16 NOTE: This attribute is applicable only if the port is not leased. If the port is leased, a get or set will generate a noSuchName error. The system will skip this port if the previous attribute has initiated a get-next.

Tells you if the YELLOW alarm is off or on. If its on, the network cannot synchronize itself with the data transmitted by the PRI port.

Tells you if the AIS alarm is off or on. If its on, the network cannot accept calls.

Tells you if the RED alarm is off or on. If its on, the PRI port has failed to synchronize with the received data.

Tells you the phone number that this port answers for. NOTE: This attribute is applicable only if the port is not leased. If the port is leased, a get or set will generate a noSuchName error. The system will skip this port if the previous attribute has initiated a get-next.

Select this option to enable a port. If a port is disabled, current calls wont be torn down, but the port will not accept or originate subsequent calls. If the port is enabled, it will both accept and originate calls. DEFAULT = enabled

Indicates which port this D channel resides on.

The identifier of the interface of interest.

Select this option to enable digital over speech bearer.

Indicates the huntgroup used by this remote LAN. 1 indicates that no Hunt group is defined for this port.

Enter the time (in seconds) between a leased line failure and the time before a reconnection is tried. DEFAULT = 10

Select whether to source the system clock from this network connection.

Select the type of PBX attached to the port.

This table provides a management view of the call routing table specific to a PRI port connected to an ISDN network.

Tok_String

Enter the index number of the rIsdnDDIRoutingTable associated with this port. Selecting none (0) forces the call type to be determined in-band. DEFAULT = 0

This table provides a management view of the call routing table specific to a PRI port connected to a PBX.

Tok_String

Enter the index number of the rPbxCallRoutingTable associated with this port. Selecting none (0) forces the call type to be determined in-band. DEFAULT = 0

Select this option to enable watchdog spoofing from the local LAN.

Enter the length of time ( in seconds) that spoofing should continue.

Tell the system whether it should learn SAPs. When you want the system to learn SAPs, select one of: start-keep-static - Static entries are saved start-drop-static - Static entries are deleted NOTE: You can enable learning only when bridging is disabled and no calls are active.

Tells you whether or not the system is in SAP learning mode.

Tells you how many SAP the system has learned since the last learned mode was enabled.

The IPX Service Advertisement Protocol table.

Tok_String

Tells you the type of service that this server provides at this socket. For example: 01h = user 04h = file server 07h = printer server 27h = TCP/IP gateway

Tells you the name of the server.

Select the option that indicates how this entry was learned (dynamic or static). DEFAULT = static

Enter the network address of the server.

Enter the 48-bit node address of the server.

Enter the socket address of the server. For example, 04 53 = Routing Info Protocol.

Enter the number of routers to go through to reach the specified server.

Enter the SAP group that this entry belongs to.

The current status of this SAP entry.

This object is used to identify a potentially unused index that can be used as the rSAPGroupId instance when creating new entries in the rlanSAPGroupTable. A returned value of zero indicates that the table is full.

This table provides an administrative view of the SAP group table.

Each entry in this table is a SAP group name. Each name is used to group learned (and static) IPX services together to form a SAP group. This group can then be assigned to a remote LAN that is interested in this grouping of IPX services. Two default entries exist in this table which cannot be modified or deleted. A rSAPGroupId value of 1 corresponds to the All SAP group, a rSAPGroupId value of 2 corresponds to the Default SAP group. All learned IPX services in the SAP table default to the Default group and all IPX services logically belong to the All group.

Tells you the index of the entry.

Enter the identifier for this SAP group. NOTE: SAP group names must be unique, but theyre not case sensitive. You cannot modify the two default entries (All and Default).

Enter the current status of this entry. NOTE: Entries that are currently in use (e.g., either referenced by a remote LAN or in the rlanSAPTable) cannot be destroyed. The default entries All and Default cannot be destroyed.

The IPX Routing Information Protocol table.

Tok_String

Tells you the network address of this route.

Tells you the number of routers to go through before reaching this network.

Tells you how long (in time-ticks) it takes to reach this network.

Tells you the physical (MAC) address of the remote LAN.

This object records the result code of the last SNMP set operation. On a set that fails this object can be retrieved to enhance the error codes provided by the SNMP protocol. If the set response contains a non zero error index then this object relates to the object in the set request as indicated by the error index (as per normal PDU error parsing). If the set response message indicates an error but the error index is zero then this object pertains to the semantics of the attempted set operation on the system as as whole (e.g. table full).

This object is used to identify a potentially unused index that can be used as the rSnmpCommunityIndex instance when creating new entries in the rlanSnmpCommunityTable. A returned value of zero indicates that the table is full.

This table provides a management view of which device can poll this resource via SNMP based on the Community Name, IP address, Privilege and MIB view.

This is a list of attributes that make the Community Table.

Tells you the index entry of this community.

Tells you the name of a community supported by this SNMP agent.

Enter the IP address of a manager associated with a community that will be supported by the SNMP agent. NOTE: A value of zero means that all managers from that community will be supported.

Enter the access privilege associated with this community, which can be one of none, readOnly, or readWrite. DEFAULT = readOnly

Enter the identifier for the MIB view that is visible to this community. DEFAULT = 2

Enter the current status of this entry.

This object is used to identify a potentially unused index that can be used as the rSnmpTrapCommunityIndex instance when creating new entries in the rlanSnmpTrapCommunityTable. A returned value of zero indicates that the table is full.

This table provide a management view of which device(s) (i.e., LAN Managers) this resource will send traps to.

This is a list of attributes that make the trap community table.

Tells you the index of this community entry.

Enter the name of a trap community associated with a LAN manager.

Enter the IP address of a manager that will receive traps generated by this SNMP agent.

Enter the remote UDP port number used by an agent to receive traps. DEFAULT = 162

Enter the current status of this entry.

This object is used to identify a potentially unused index that can be used as the rSnmpViewNameIndex instance when creating new entries in the rlanSnmpViewNameTable. A returned value of zero indicates that the table is full.

The table is contained in the local database which defines local MIB views. Reference RFC 1647 for details on MIB views. This table has been adopted from RFC 1647 to an SNMPv1 environment however the logic is the same.

Tok_String

Tells you the index identifier of the name entry for this MIB view. NOTE: MIB view indexes one(1) and two(2) are statistically configured and cannot be modified.

Enter the ASCII name assigned to this MIB view.

Enter the current status of this entry.

The table is contained in the local database which defines local MIB views. Reference RFC 1647 for details on MIB views. This table has been adopted from RFC 1647 to a SNMPv1 enironment however the logic is the same.

Tok_String

Identifies a MIB subtree.

The bit mask which, in combination with the corresponding instance of viewSubtree, defines a family of view subtrees. Each bit of this bit mask corresponds to a sub- identifier of viewSubtree, with the most significant bit of the i-th octet of this octet string value (extended if necessary, see below) corresponding to the (8*i - 7)-the sub-identifier, and the least significant bit of the i-th octet of this octet string corresponding to the (8*i)-th sub-identifier, where i is in the range 1 through 16. Each bit of this bit mask specifies whether or not the corresponding sub-identifiers must match when determining if an OBJECT IDENTIFIER is in this family of view subtrees; a 1 indicates that an exact match must occur; a 0 indicates wild card, i.e., any sub-identifier value matches. Thus, the OBJECT IDENTIFIER X of an object instance is contained in a family of view subtrees if the following criteria are met: for each sub-identifier of the value of viewSubtree, either: the i-th bit of viewMask is 0, or the i-th sub-identifier of X is equal to the i-th sub-identifier of the value of viewSubtree. If the value of this bit mask is M bits long and there are more than M sub-identifiers in the corresponding instance of viewSubtree, then the bit mask is extended with 1s to be the required length. Note that when the value of this object is the zero-length string, this extension rule results in a mask of all-1s being used (i.e., no wild card), and the family of view subtrees is the one view subtree uniquely identified by the corresponding instance of viewSubtree.

The status of a particular family of view subtrees within the particular SNMPv2 contexts MIB view. The value, included(1), indicates that the corresponding instances of viewSubtree and viewMask define a family of view subtrees included in the MIB view. The value, excluded(2), indicates that the corresponding instances of viewSubtree and viewMask define a family of view subtrees excluded from the MIB view.

Enter the status of this conceptual row in the viewTable.

This table provides a management interface to the trap profile table objects.

Tok_String

The object identifier of the enterprise in which this trap is defined. For example; to disable the gDChanUp trap defined in this MIB this object would contain the object identifier for gandalf (1.3.6.1.4.1.64).

The unique trap id that the associated enterprise has assigned this trap. For example; to disable the gDChanUp trap defined in this MIB this object would contain the value 9024.

The list of communities that are interested in this trap. Can also be used to disable traps. Communities are represented as a bit string where each bit in each octet represents a community. The most significant bit of octet one represents the community whose rSnmpTrapCommunityIndex value is one.

Select this option when you want to enable auditing. Can only be enabled if a valid file transfer profile is set up for it.

Select this option when you want the system to transfer audit records at a specified time of day DEFAULT = disabled

Enter the time of day you want the system to initiate the file transfer. NOTE: The times are entered as seconds but will only be accepted on a 60 sec boundary. A value of zero indicates midnight, a value of 60 indicates 12:01, 43200 indicates 12am, 86340 indicates 23:59 and so on. DEFAULT = 0

Select the way you want the system to set up the termination records for individual audit records. DEFAULT = crlf

Tells you how many audit records are are currently in flash memory. NOTE: After a file transfer, this field is reset to zero.

This table provides a management interface to the flash directory listings.

Tok_String

Tells you the directory index associated with this file in flash memory.

Tells you the type of file (e.g., BRI operating software) associated with this entry.

Tells you id of this file in flash memory .

Tells you the address of this file in flash memory.

Tells you (in bytes) the size of this file in flash memory.

Tells you the software version of the file in flash memory.

Tells you whether the checksum for the embedded file(s) matches the checksum generated by the RSC.

This object is used to identify a potentially unused index that can be used as the rLANProtocolIDId instance when creating new entries in the rlanLANProtocolIDTable. A returned value of zero indicates that the table is full.

This table provides an administrative view of the LAN protocol ID table.

Each entry in this table is a LAN protocol ID and name. This entry can then be used in designing which protocol that is to be filtered or forwarded. Six default entries exist in this table which cannot be modified or deleted. They are: 122 Novell IPX/SPX 8137 123 AppleTalk ARP 80F3 124 AppleTalk 809B 125 Reverse ARP 8035 126 ARP 0806 127 TCP/IP 0800

Tells you the index of the entry.

16 bit ID of the LAN protocol. You cannot modify the predefined entries.

Enter the identifier for this LAN protocol ID. You cannot modify the predefined entries.

Enter the current status of this entry. NOTE: Entries that are currently in use (e.g., assigned to be filtered or forwarded) cannot be destroyed. The predefined entries cannot be destroyed.

This attribute configures the system for a specific country. DEFAULT = United States

Defines that modems are setup for either originate or answer. When there is an incomming call the setting in this object will be the default for all the modems. On an outgoing call the value of rRemLANMdmAnswer will control the individual modem. DEFAULT = modemAnswer

The base table for the modems managed by this MIB. The rlanMdmLineTable, rlanMdmDTEInterfaceTable, rlanMdmCallControlTable, and rlanMdmStatsTable all augment the rows defined in this table.

Entries in this table are created only by the agent. One entry exists for each modem managed by the agent.

This value is intended to identify the manufacturer, model, and version of this modem. This may be used to identify the existance of enterprise-specific functions and behaviours.

A textual description of this device, including the manufacturers name, modem model name, hardware revision, firmware revision, and optionally, its serial number. The exact format of this description is defined by the vendor. This description may only contain characters from the NVT ASCII character set.

The modem Line Table augments the modem ID table.

Entries in this table are created only by the agent. One entry exists for each modem managed by the agent.

Allows the inspection of the state of the modem.

The modem error correcting table augments the modem ID table.

Entries in this table are created only by the agent. One entry exists for each modem managed by the agent.

Indicates the error control method used during the current or previous call.

The modem data compression table augments the modem ID table.

Entries in this table are created only by the agent. One entry exists for each modem managed by the agent.

Indicates the data compression method used during the current or previous call. If no compression protocol is in use, this object shall have the value 1.

The modem signal convertor table augments the modem ID table.

Entries in this table are created only by the agent. One entry exists for each modem managed by the agent.

The current link transmit rate of a connection, or the last link transmit rate of the last connection in bits per second.

The current link receive rate of a connection, or the last link receive rate of the last connection in bits per second.

The modulation scheme of the current or previous call.

The modem statistics Table augments the modem ID table.

Entries in this table are created only by the agent. One entry exists for each modem managed by the agent.

The number of retrains experienced on connections on this line.

The number of octets presented to the modem by the DTE.

The number of octets presented to the DTE by the modem.

The number of data frames sent on the line interface. If there is no frame-oriented protocol in use on the line interface, this counter shall not increment.

The number of data frames received on the line interface. If there is no frame-oriented protocol in use on the line interface, this counter shall not increment.

The number of times this modem retransmits frames on the line interface. If there is no frame-oriented protocol in use on the line interface, this counter shall not increment.

The number of block errors received on the link. If there is no frame-oriented protocol in use on the line interface, this counter shall not increment.

The disconnect reason of the last call.

Tells you the control signal state at the interface, which is bit- mapped as follows: Bit --- 0 RTS 1 DTR 2 CTS 3 DCD 4 DSR 5 TXDATA 6 RXDATA 7 OFFHOOK 8 SYNCINDICATION 9 MODEMRESET 10 RINGINDICATE NOTE: Bit zero (0) is the least significant bit.

Received analog dBm level on the modem line.

Transmitted analog dBm level on the modem line.

The signal to noise ration of the modem.

The number of speed changes.

The ACC Mask table.

Entries in this table are created only by the agent. One entry exists for each modem managed by the agent.

ACCM Received.

ACCM Transmitted.

This attribute defines which PPP authentication protocol is negotiated first on incoming call. DEFAULT = chap

This attribute defines the start address of the dynamic addres pool.

This attribute defines the number of dynamic IP addresses in the pool.

This attribute defines the time in seconds befor the same IP address can be reused after a call has been disconnected.

This attribute defines the DNS server IP address of your Network.

This attribute determines wether the system can accept or override the DNS IP address submitted by a remote system. DEFAULT = accept. Override has been superceded by overridewith.

This attribute defines the Secondary DNS server IP address of your Network.

This attribute defines the Primary WINS server IP address of your Network.

This attribute defines the Secondary WINS server IP address of your Network.

This object is used to identify a potentially unused index to be used as the rRemExtID when creating new entries in the rlanRemExtConfigTable. A returned value of zero indicates that the table is full.

This table provides a management view of the system configuration specific to individual Remote Extensions.

The conceptual row at instance zero is used by the Xpressway/XpressStack as the default remote Extension configuration. This entry is also used to change the defaults chosen when manually configuring a new remote Extension either through the embedded console or via SNMP.

Tells you the index of this remote Extension. A value of 0 indicates the default remote-Extension configuration; that is, this entry is used to determine the default parameters for remote Extensions

Enter the name of the current remote Extension. The name can use up to 16 characters but cannot contain spaces. The combination of name and pbx extension number must be unique. The default entry (instance zero) cannot be modified.

The numeric extension of this remote extension, 1 to 8 digits. Must be defined. The combination of name and pbx extension number must be unique. The default entry (instance zero) cannot be modified.

The current administrative state of the remote Extension.

The current Administrative state of the remote Extensions password.

The remote Extension password. Must be a numeric string and must be defined if password admin state is enabled

The time in seconds in which the call will be disconnected when idle. Valid values are 5 to 300.

The id of the remote extensions Time Of Day profile

The VIM card that this extension is connected to. In the case of a 5232, use 1 for this field.

The module that this extension is connected to. In the case of a 5232, use 1 for this field.

The channel of the module that this extension is connected to. In the case of a 5232, use 1 for this field.

The phone number at the phone end of this PBX extender call. The first character of this field can be L(ocal), N(ational), or I(nternational).

The phone number at the switch end of this PBX extender call. The first character of this field can be L(ocal), N(ational), or I(nternational).

The index (1-33) of the dial prefix of this remote extension. 1 means no dial prefix.

The index (1-65) of the channel group of this remote extension. 1 is the default group.

The calling line ID of the remote unit. When CLID security is enabled, the CLID must match the number here for the call to be accepted.

The administrative state of the MakeSetBusy function.

The key value that activates the MakeSetBusy function

The numeric logout sequence.

The call processing type associated with this remote extension.

The current status of this remote extension entry.

To tell the system to disconnect this remote Extension, select disconnect from the list of available options. When you select connect, the system will try to connect to the remote Extension on an available channel as specified in the rlanDestAddressConfigTable selection parameters (i.e., channel group) DEFAULT = statusQuo.

The mask representing the line keys to use.

The attenuation or gain of the recieved PBX signal. This value is stored in the database as -7 to 9. It is represented in this MIB as 1 to 17.

The attenuation or gain of the transmitted PBX signal. This value is stored in the database as -9 to 7. It is represented in this MIB as 1 to 17.

Select the type of PBX connection used for this remote extension DEFAULT = vrm.

Select the type of bearer to use for outgoing calls to this remote extension. DEFAULT = kbps64Unrestrict.

The phone number to divert all calls intended for this extension to. For normal operation, leave this entry blank. This entry can be modified from the remote extension using a star sequence.

The phone number to divert all calls intended for this extension to, whilst the extension is busy. Leave this entry blank to disable this facility. This entry can be modified from the remote extension using a star sequence.

The phone number to divert all calls intended for this extension to, if there is no answer from this extension. Leave this entry blank to disable this facility. This entry can be modified from the remote extension using a star sequence.

If the home-worker also has an office extension number, it should be entered here. Certain facilities are aonly available to this extension for security purposes.

This table provides a management view of the system configuration specific to individual Remote Extensions.

Tok_String

Tells you the channel index of the Voice module in use.

Tells you the channel index of the ISDN channel used.

Tells you the total number of TimeTicks that have elapsed while this remote extension has been connected. This value resets when the RLAN resets. Returns a 0 if a connection has yet to be made.

Tells you the time in TimeTicks of the last connection to this remote extension. Returns a 0 if a connection has yet to be made.

Tells you the number of TimeTicks that have elapsed since this connection has been established. This value resets every time the remote extention reconnects. Returns a 0 if a connection has yet to be made.

Tells you the last calls failure code.

This indicates active entry in the rlanWANStatsTable entries. 0 indicates that this remote LAN is currently not active (up).

This object is used to identify a potentially unused index to be used as the rRemTimeOfDayID when creating new entries in the rlanRemTimeOfDayTable. A returned value of zero indicates that the table is full.

This table provides a management view of the system configuration specific to individual Time Of day entries.

Partial entry

Tells you the index of this Time Of Day entry.

Tells you the name of this Time Of Day entry. No whitespace and must be unique. Must be defined.

The current status of this remote extension entry.

This table provides a management view of the system configuration specific to individual Time Of day profile entries.

Partial entry

Tells you the index of this Time Of Day profile entry.

The start time of this TOD profile entry. The format is an unsigned long taken from the number of minutes from Sunday Midnight. For example, if the start time is Monday at 06:00 this value would be 360. This value must be less than rTimeOfDayProfileEnd and larger than the end time of the previous entry

The end time of this TOD profile entry. The format is an unsigned long taken from the number of minutes from Sunday Midnight. For example, if the start time is Monday at 06:01 this value would be 361. This value must be greater than rTimeOfDayProfileStart and smaller than the start time of the next entry.

Is idle disconnect enabled or disabled during this time span.

Is exclusive enabled or disabled during this time span. That is, are other phones allowed to connect.

This table provides a management view of the B-Channel configuration items specific to DPNSS links.

Entry defining DPNSS specific B-channel attributes.

The PRI card this entry is referring to

The PRI port this entry is referring to

The PRI B-channel this entry is referring to

Select the collision handling of this B-channel. Each B-channel should be set as X on one end of the link and Y on the other end. If there is a call collision on this channel, the end designated X will succeed, whilst the end designated Y will drop back and retry on a different channel. DEFAULT = x.

For each B-channel on a DPNSS link there is a corresponding virtual channel, which is used to signal call-independant information through the network. Usually all of these channels will be enabled, but a subset may be disabled. DEFAULT = enabled.

Select the collision handling of this Virtual B-channel. DEFAULT = x.

This table provides a management view of the ISDN Call Routing Table, used to provide incoming call handling ability based on information in the ISDN Setup message.

Entry defining incoming call handling for ISDN initiated calls.

Uniquely identifies this entry

Tells you the name of this Routing Table entry. No whitespace and must be unique. Must be defined.

A range of phone numbers can be defined such that all incoming calls with a dialled number in this range are presented to the RAC as data calls. The default for dialled numbers outside of this range is to route the call to the PBX. This is the lower bound of the range.

A range of phone numbers can be defined such that all incoming calls with a dialled number in this range are presented to the RAC as data calls. The default for dialled numbers outside of this range is to route the call to the PBX. This is the higher bound of the range.

Enter the dialled number which is reserved for remote analogue extensions to call.

For calls which are passed on to the PBX, a simple number mapping algorithm can be performed on the dialled number to accomodate the PBXs numbering plan. Enter the number of digits to absorb from the front of the dialled number.

For calls which are passed on to the PBX, a simple number mapping algorithm can be performed on the dialled number to accomodate the PBXs numbering plan. Enter a digit string to insert at the front of the dialled number.

The current status of this routing table entry.

This table provides a management view of the PBX Call Routing Table, used to provide incoming call handling ability based on information Initial Service Request Message (ISRM) from the PBX.

Entry defining incoming call handling for PBX initiated calls.

Uniquely identifies this entry

Tells you the name of this Routing Table entry. No whitespace and must be unique. Must be defined.

Calls from a PBX where the called number begins with this prefix are routed directly into the ISDN, i.e. using the RLAN as an ISDN gateway. Leave blank if calls from the PBX to the ISDN are not required. An asterisk may be used to indicate this is the default route.

When calls are routed through to the ISDN because they meet the criteria above, this field indicates how many digits to discard from the front of the called number. Generally the prefix used for routing is absorbed.

When the RLAN has a PBX connection, a range of extension numbers are allocated to the RLAN. Calls received by the RLAN down the PBX trunk are treated as normal data calls. This is the low-entry of the range.

When the RLAN has a PBX connection, a range of extension numbers are allocated to the RLAN. Calls received by the RLAN down the PBX trunk are treated as normal data calls. This is the high-entry of the range.

When the RLAN has a PBX connection, a range of extension numbers are allocated to Remote Extensions. This is the low-entry of the range.

When the RLAN has a PBX connection, a range of extension numbers are allocated to Remote Extensions. This is the high-entry of the range.

The current status of this routing table entry.

This table provides a management view of the login banner configuration parameters.

Tok_String

The authentication Banner String. This is the banner that users see before they login. Printable characters must be enclosed in quotation marks, non printable characters entered in 3 digit decimal numbers, separated by commas. Length of banner to be sent must not exceed 512 bytes.

The authentication Login prompt. Printable characters must be enclosed in quotation marks, non printable characters entered in 3 digit decimal numbers, separated by commas. Length of banner to be sent must not exceed 32 bytes.

The authentication Password prompt. Printable characters must be enclosed in quotation marks, non printable characters entered in 3 digit decimal numbers, separated by commas. Length of banner to be sent must not exceed 32 bytes.

The authentication Accepted banner. This is the banner the user sees when login is successful. Printable characters must be enclosed in quotation marks, non printable characters entered in 3 digit decimal numbers, separated by commas. Length of banner to be sent must not exceed 32 bytes.

The authentication Denied banner. This is the banner the user sees when login is unsuccessful. Printable characters must be enclosed in quotation marks, non printable characters entered in 3 digit decimal numbers, separated by commas. Length of banner to be sent must not exceed 32 bytes.

The first part of the authentication Banner String. This is the banner that users see before they login. The banner is split into 3 parts to accomodate SNMP implementations that cannot read strings larger than 256 characters. Printable characters must be enclosed in quotation marks, non printable characters entered in 3 digit decimal numbers, separated by commas. Length of banner to be sent must not exceed 512 bytes.

The second part of the authentication Banner String. This is the banner that users see before they login. The banner is split into 3 parts to accomodate SNMP implementations that cannot read strings larger than 256 characters. Printable characters must be enclosed in quotation marks, non printable characters entered in 3 digit decimal numbers, separated by commas. Length of banner to be sent must not exceed 512 bytes.

The third part of the authentication Banner String. This is the banner that users see before they login. The banner is split into 3 parts to accomodate SNMP implementations that cannot read strings larger than 256 characters. Printable characters must be enclosed in quotation marks, non printable characters entered in 3 digit decimal numbers, separated by commas. Length of banner to be sent must not exceed 512 bytes.

This table provides a management view of the login banner configuration parameters.

Tok_String

Enables ARP Proxy

Enables RIP Forwarding

The type of RIP Forwarding