XYLO-WAN-MIB: View SNMP OID List / Download MIB

The total number of T1/PRI lines on this Annex.

Table of T1 configuration parameters that are not included in the DS1 MIB.

The internal T1 engine parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213).

If this object is set to yes(1), all alarm events, red, yellow and blue, are syslogged. In other words, the detection of any one of the alarm events will generate a syslog provided syslogs are enabled. The default is yes(1). Note: 1. The syslog is generated at warning level. That means that anxSysLogMask should be atleast at Warning level. 2. This object is supported for T1 modules only. Corresponding na/admin parameter would be alarmsyslog. Enumeration: 'enable': 1, 'disable': 2.

This object selects the line code format used on the T1 Drop and Insert Interface. tni_line_coding is the na/admin corresponding parameter. This object is supported for T1 modules only. Note: For modules configured for PRI, b8zs is the only valid option. ami is valid only for channelized E1 Enumeration: 'ami': 2, 'b8zs': 1.

This object controls the super frame format used on the T1 Drop and Insert Interface. tdi_framing is the na/admin corresp. parameter. This object is supported for T1 modules only. Note: For modules configured for PRI, esf(1) is the only valid option. Enumeration: 'esf': 1, 'd4': 2.

The distance measured in feet of the cable run to the equipment attached to the Drop and Insert Interface. The default is 0. tdi_distance is the corresp. na/admin parameter. This object is supported for T1 modules only.

At instalation time, the telephone company will supply a measured cable loss measurement between the last line generator and the customer location. This value, named line buildout, is measured in db and may range from 0 and 22.5 dbs. tni_line_buildout is the corresp. na/admin parameter. This object is supported for T1 modules only. Enumeration: 'fifteen-db': 3, 'sevendotfive-db': 2, 'twentytwodotfive-db': 4, 'zero-db': 1.

This object allows the user to defeat the ones density monitor. The default is off but it should be set to on when using the AMI line coding. tni_ones_density would be corresp. na/admin parameter. This object is supported for T1 modules only. Enumeration: 'enable': 1, 'disable': 2.

when this object is set to yes the T1 engine is taken out of the network. The Network Interface is then physically coupled to the Drop and Insert Interface, and the T1 engine has no effect on the T1 circuit. bypass is the corresp. na/admin paramter. This object is supported for T1 modules only. Enumeration: 'enable': 1, 'disable': 2.

This is a string indicating the firmware version for the T1/PRI engine.

This is the 4 digit T1 engine serial number. This object is supported for T1 modules only.

Indicates the up time in minutes for the T1 engine. Doing a hard reset will reset this value. Note: This value may not be same as sysupTime if a hard reset has been done at any time after the annex is brought up. This object is supported for T1 modules only.

This objct specifies installation information from the telephone company regarding the T1 line. Corresponding na/admin parameter is t1_info. This object is supported for T1 modules only.

The number of internal DS0 channels on this WAN interface.

Setting this object to enable will reset the PRI line. Setting the object to disable(2) will disable the PRI line and make it unavailable. Enumeration: 'enable': 1, 'disable': 2.

Select the switch type compatibile with the PRI service provider. default(1) Will select the default switch chosen by the wan manager based on the moduletype. If you set the switchtype to default(1), reboot the box, and do an snmpget on the switchtype, you can determine which switchtype was chosen by the wan manager. other(2) - For a GET, this value reflects the switch type set through Cli/Admin which does not match with other switches listed here. For a SET the SNMP agent will ignore it and will not change the current switch type set through Cli/Admin. switch-type description protocol ------------------------------------------------------------------- sng(3), Singapore E1 ISDN PRI ni2(4), NI-2 (National ISDN 2) T1 ISDN PRI dms(5), DMS-100 (Northern Telecom) T1 ISDN PRI at9(6), 5ESS (AT&T 5ESS) T1 ISDN PRI ets(7), ETSI E1 ISDN PRI au1(8), Australia/AUSTEL E1 PRI PRI ntt(10), Japan NTT PRI ets-ncrc4(11), ETSI E1 ISDN w/o CRC4 PRI ust1(12), US/North American Channelized T1 CAS hkt1(13), Hong Kong Channelized T1 CAS twt1r1(14), Taiwan T1/R1 CAS bbe1r2(15), BlueBook/CCITT E1/R2 CAS at4(16), 4ESS (AT&T 4ESS) T1 ISDN PRI bre1r2(17), Brazil E1/R2 CAS kre1r2-1(18), Korea E1/R2 CAS swe1p7(19) Sweden E1 P7 CAS ine1r2(20), Indonesia E1/R2 CAS cne1r2(21), China E1/R2 CAS nze1r2(22), New Zealand E1/R2 CAS ust1fd(23), Unites States CAS ess-v10(24), nosig(25), SS7, No signaling required SS7 br2e1r2(26), Brazil E1/R2, 1 second wink CAS kre1r2-2(27), Korea E1/R2 CAS ide1r2(28), Indonesia CAS phe1r2(29), Philippines CAS the1r2(30), Thailand CAS mye1r2(31), Malaysia CAS are1r2(32), Argentina CAS mxe1r2(33), Mexico CAS ane1r2(34), St.Martin-Antilles CAS tre1r2(35), Turkey CAS ile1r2(36), Israel CAS moe1r2(37), Macau CAS ine1r2-1(38), India sig1 CAS ine1r2-2(39), India sig2 CAS ine1r2-3(40), India sig3 CAS ine1r2-4(41), India sig4 CAS twt1(42), Taiwan (wink) CAS ust1fc(43), Unites States CAS ust1fdi(44), Unites States CAS ni2-nfas-primary(45), NI-2 (National ISDN 2) T1 ISDN PRI ni2-nfas-backup(46), NI-2 (National ISDN 2) T1 ISDN PRI dms-nfas-primary(47), DMS-100 (Northern Telecom) T1 ISDN PRI dms-nfas-backup(48) DMS-100 (Northern Telecom) T1 ISDN PRI This parameter is available on all platforms using PRI module and platforms using the WAN module configured for CAS or PRI. You must reset the box for the new switch-type to take effect Enumeration: 'the1r2': 30, 'ine1r2-3': 40, 'ess-v10': 24, 'br2e1r2': 26, 'ni2-nfas-backup': 46, 'hkt1': 13, 'ni2': 4, 'ine1r2': 20, 'dms-nfas-backup': 48, 'kre1r2-2': 27, 'notused1': 9, 'kre1r2-1': 18, 'bre1r2': 17, 'bbe1r2': 15, 'phe1r2': 29, 'ust1': 12, 'ine1r2-1': 38, 'ine1r2-2': 39, 'cne1r2': 21, 'ine1r2-4': 41, 'ane1r2': 34, 'at4': 16, 'other': 2, 'are1r2': 32, 'twt1r1': 14, 'ets-ncrc4': 11, 'swe1p7': 19, 'at9': 6, 'sng': 3, 'ni2-nfas-primary': 45, 'ntt': 10, 'dms-nfas-primary': 47, 'nosig': 25, 'mye1r2': 31, 'nze1r2': 22, 'ide1r2': 28, 'ets': 7, 'tre1r2': 35, 'default': 1, 'twt1': 42, 'ust1fd': 23, 'ust1fdi': 44, 'au1': 8, 'dms': 5, 'moe1r2': 37, 'ile1r2': 36, 'mxe1r2': 33, 'ust1fc': 43.

When this object is set to enable, then the box will stop accepting calls on this line. This will prevent new users from logging in and should be used to bring the box down gracefully. The default is disable. This object is supported for modules configured for PRI. Enumeration: 'enable': 1, 'disable': 2.

When this object is set to enable, then the box will not place any outgoing calls. This should be used to bring the box down gracefully. The default is disable. This object is supported for modules configured for PRI. Enumeration: 'enable': 1, 'disable': 2.

This parameter allows the user to configure the dsx1 line driver with the distance between the annex and the external CSU. This paramater should be left to default with annex's with internal CSU. The parameter defines the line length in meters. This MIB object corresponds to the na/admin parameter dsx1-line-length. This parameter is available on the ra6300, and on platforms using the WAN module configured for CAS or PRI. Enumeration: 'r186-210': 7, 'r166-185': 6, 'r26-65': 2, 'r0-25': 1, 'r101-135': 4, 'r66-100': 3, 'r136-165': 5.

This parameter defines the type of encoding to be used for analog (modem) calls. If this parameter is not set then RA6300 will determine itself depending on the PRI line that it terminates. For PRI line in USA, this is set to mu-law and in Europe this will be set to a-law. This MIB object corresponds to the na/admin parameter analog-encoding. Default value is auto(1). This parameter is available on the ra6300, and on platforms using the WAN module configured for CAS or PRI. Enumeration: 'auto': 1, 'mu-law': 2, 'a-law': 3.

This object returns the module type on . e1(1) means PRI module is for Europe, t1(2) means PRI module is for USA with External CSU, t1-intcsu(3) t1/PRI for USA with internal CSU. e1-aust(4) e1/PRI for Australia. cas-t1-csu(8) t1/CAS with internal csu. cas-e1(9) e1/CAS. This parameter is available on all platforms using PRI module and platforms using the WAN module configured for CAS or PRI. Enumeration: 'e1-aust': 4, 'cas-t1-cs': 8, 't1-intcs': 3, 't1': 2, 'unused': 5, 'type-unknown': 12, 'unused1': 6, 'unused2': 7, 'cas-e1': 9, 'pri-e1-israel': 11, 'sng-e1': 10, 'e1': 1.

This parameter allows the user to configure the number of DNIS digits that the channelized T1/E1 interface is provisioned to provide. The default value is 0. Typical values are between 4 - 10. This MIB object corresponds to the na/admin parameter dnis. This parameter is available on platforms using the WAN module configured for CAS.

This parameter allows the user to configure the number of ANI digits that the channelized T1/E1 interface is provisioned to provide. The default value is 0. Typical values are between 4 - 10. This MIB object corresponds to the na/admin parameter ani. This parameter is available on platforms using the WAN module configured for CAS.

This parameter allows the width of each digit generated by the WAN module to be adjusted. The default value is 0. This MIB object corresponds to the na/admin parameter digit-width. This parameter is available on platforms using the WAN module configured for CAS.

This parameter allows the distance between each digit generated by the WAN module to be adjusted. The default value is 0. This MIB object corresponds to the na/admin parameter inter-digit. This parameter is available on platforms using the WAN module configured for CAS.

This parameter allows the power level of the FIRST tone of each digit generated by the WAN module to be adjusted. The default value is 0. This MIB object corresponds to the na/admin parameter digit-power-1. This parameter is available on platforms using the WAN module configured for CAS.

This parameter allows the power level of the SECOND tone of each digit generated by the WAN module to be adjusted. The default value is 0. This MIB object corresponds to the na/admin parameter digit-power-2. This parameter is available on platforms using the WAN module configured for CAS.

An enumerated integer that defines the type of busy signal. This MIB object corresponds to the na/admin parameter busy-signal-bits. This parameter is available on platforms using the WAN module configured for CAS. Enumeration: 'bits11': 4, 'bits10': 3, 'bits00': 1, 'bits01': 2.

The local phone number of the WAN interface. This MIB object corresponds to the na/admin parameter local-phone-number. This parameter is available on platforms using the WAN module configured for CAS.

This variable indicates the variety of DS1 Line implementing this circuit. The type of circuit affects the number of bits per second that the circuit can reasonably carry, as well as the interpretation of the usage and error statistics. The values, in sequence, describe: TITLE: rfc1406 TITLE: SPECIFICATION: ESF(2) dsx1ESF Extended SuperFrame DS1 D4(3) dsx1D4 AT&T D4 format DS1 DDF(4) dsx1E1/ CCITT Recommendation G.704 dsxE1-MF (Table 4a) MFF-CRC4(5) dsx1E1-CRC/ CCITT Recommendation G.704 dsx1E1-CRC-MF (Table 4b) MFF-CRC4-G706(6) N/A 5399 WAN Module Func. Spec. Enumeration: 'mFF-CRC4': 5, 'eSF': 2, 'other': 1, 'd4': 3, 'mFF-CRC4-G706': 6, 'dDF': 4.

The NA parameter is tni-esf-fdl (channelized T1 category): This specifies one of two standards when running ESF framing on the T1 Network Interface: Valid options are ansi, att Enumeration: 'ansi': 2, 'att': 1.

The NA parameter is tni-circuit-id (channelized T1 category): This is a ascii string with circuit id provided by the telephone company. Up to 127 bytes. This object is supported for T1 engines only.

The NA parameter is tni-clock (channelized T1 category): This specifies the T1 engine clock source: loop, local, external. This object is supported for T1 engines only. Enumeration: 'local': 2, 'external': 3, 'loop': 1.

When this object is set to enable, the WAN interface may be selected to handle a callback pending port availability. When set to disable, the associated WAN interface cannot be selected as a callback resource. The default is disable. This MIB object corresponds to the NA/admin WAN parameter 'callback-enable'. Enumeration: 'enable': 1, 'disable': 2.

This parameter allows the user to configure whether or not to allow CAS ANI digits, (per provisioning). The default is disable. This MIB object corresponds to the na/admin WAN parameter 'ani'. This parameter is available on platforms using the WAN module configured for CAS. Enumeration: 'enable': 1, 'disable': 2.

This is a configurable parameter for NFAS. This MIB object corresponds to the NA/admin WAN parameter 'nfas-interface-id'.

This is a configurable parameter for NFAS. This MIB object corresponds to the NA/admin WAN parameter 'backup-interface-id'.

Table of DS0 channel entries.

The internal T1 engine parameters.

The index value which uniquely identifies the WAN interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module.

A unique number from 1 to anxt1TotChan that identifies each internal DS0 channel on a WAN interface.

This object specifies the mapping between the DS0 in the DS1 interface, the DS0 in the DI interface, and the modems. The DS0 is identified by anxt1ChanIfIndex and anxt1ChanNumber. This object has two 8-bit fields. The high byte specifies the mapping: unused(1), ds1-modem(2), (ds1 to modem) di-modem(3), (di to modem) voice(4), (ds1 to di with voice signaling) data(5) (ds1 to di with data signaling) The low byte is used only when the high byte specifies ds1-modem or di-modem and should be ignored in all other cases. The low byte specifies the modem number (same as port number) being mapped to the DS0. Note: when the type is set to either voice, data or unused agent expects zeros in the modem octet eg:'0400' Corresp. na/admin parameter is the map. This object is only valid for T1 products.

This object is meaningful only when anxt1ChanMap is set to ds1-modem or di-modem and should be ignored in all other cases. The supported protocols are: none(1), loop-start(2), ground-start(3), wink-start(4), immediate-start(5) Note: following combinations are considered valid: Value InSig octet OutSig octet ----- ----------- ------------ 22 loop-start loop-start 21 loop-start none 12 none loop-start 33 ground ground 31 ground none 13 none ground 44 wink wink 41 wink none 14 none wink 51 immediate none 15 none immediate 11 none none sigproto is the na/admin corresponding parameter. This object is not valid for RA6300 only. Enumeration: 'none-wink': 14, 'immed-none': 51, 'none-loop': 12, 'none-ground': 13, 'ground-none': 31, 'loop-none': 21, 'ground-ground': 33, 'none-none': 11, 'wink-wink': 44, 'none-immed': 15, 'loop-loop': 22, 'wink-none': 41.

This object is meaningful only when anxt1ChanMap is set to ds1-modem or di-modem and should be ignored in all other cases. This object specifies if the Annex should provide the audible ring to the central office on incoming calls. The default is NO. Corresp. na/admin parameter is the ring. This parameter is available on the ra6300, and on platforms using the WAN module configured for PRI. Enumeration: 'enable': 1, 'diable': 2.

This object returns the IP address associated with the B Channel. When needed, this IP address will be used for calls over the B channel. This parameter is available on the ra6300, and on platforms using the WAN module (configured for CAS or PRI).

The IPX network number for an IPX PPP connection using this port. When the IPX PPP connection is established the network number will be negotiated. If one end of the connection is set to zero then the value from the other end of the connection will be used. The value of this object is an 8 digit hexadecimal number string representing the IPX network segment assigned to this port. The value must be unique across the network domain. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ppp-ipx-network'.

The IPX node number for an IPX PPP connection using this port. The value of this object is a 12 digit hexadecimal number string representing the IPX node number assigned to this port. Note the string is expected in the form: 12-3a-4-7-89-23.Each part of the address must be a hex value separated by a hyphen. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ppp-ipx-node'.

This object returns the status of the B channel. This is a read-only object that indicates whether the channel is in use or not. Enumeration: 'unused': 2, 'used': 1.

This object reflects the state of the B channel. Available means it is open for use, busied-out means it was manually taken out of the pool for use, and auto-busied-out means the box removed this channel for use because there are more channels than modems available. This object can be set and changes the state of the channel. auto-busied-out cannot be set by a user. Enumeration: 'available': 1, 'auto-busied-out': 3, 'busied-out': 2.

SEIZE message from a WAN module to a WAN manager process on the main processor, indicating that the central office switch has sent a channelized T1/E1 seize event.

RING message from a WAN module to a WAN manager process on the main processor, indicating that a call has arrived. Successful completion of assigning a modem and starting a session.

No modems were available for assignment. This is caused by not having enough modems or modems being removed from the pool

CONNECT message from the WAN module to the WAN manager process, meaning the 5399 has accepted the call and the WAN module and the telephone company switch have agreed that the call is up.

There was a modem error and the call was terminated. Possibly caused by the modem.

Modem did not establish a connection with it's peer. Lots of possible causes: many possible causes: modem error bad data from bad channel end-to-end line quality low caller hung up calling device wasn't a modem

The number of times an incoming modem call failed before getting all the way to DCD.

The number of times an incoming non-modem call failed before successfully assigning a device.

Table of extended T1 current statistics. This table is valid for WAN module platforms only.

The internal T1 engine extended current statistics.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

An Out Of Frame (OOF) event begins when any two of four consecutive frame synchronizing bits are received from the network interface are incorrect. An OOF state ends when reframe occurs.

A BiPolar Violations error event for an AMI-coded signal is the occurence of a pulse of the same polarity as the previous pulse. A BPV error event for a B8ZS or HDB3 coded signal is the occurence of a pulse of the same polarity as the previous pulse without being a part of the zero substitution code.

A CRC error occurs when the CRC field calculated by the customer installation, based on the incoming DS1 signal does not agree with the CRC field contained in the DS1 signal received from the network.

A Controlled Slips is the occcurence of a replication or deletion of a DS1 frame by the receiving terminal.

Receive Network Alarm seconds is the count of seconds with at least one alarm event occurring in a second.

The count of extended superframe errors in the current interval.

The count of loss of framing errors in the current interval.

Table of extended T1 interval statistics. This table is valid for WAN module platforms only.

The internal T1 engine extended interval statistics.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A number between 1 and 96, where 1 is the most recently completed 15 minute interval and 96 is the least recently completed 15 minutes interval (assuming that all 96 intervals are valid).

An Out Of Frame (OOF) event begins when any two of four consecutive frame synchronizing bits are received from the network interface are incorrect. An OOF state ends when reframe occurs.

A BiPolar Violations error event for an AMI-coded signal is the occurence of a pulse of the same polarity as the previous pulse. A BPV error event for a B8ZS or HDB3 coded signal is the occurence of a pulse of the same polarity as the previous pulse without being a part of the zero substitution code.

A CRC error occurs when the CRC field calculated by the customer installation, based on the incoming DS1 signal does not agree with the CRC field contained in the DS1 signal received from the network.

A Controlled Slips is the occcurence of a replication or deletion of a DS1 frame by the receiving terminal.

Receive Network Alarm seconds is the count of seconds with at least one alarm event occurring in a second.

The count of extended superframe errors in this interval.

The count of loss of framing errors in this interval.

Table of extended T1 total statistics. This table is valid for WAN module platforms only.

The internal T1 engine extended total statistics.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

An Out Of Frame (OOF) event begins when any two of four consecutive frame synchronizing bits are received from the network interface are incorrect. An OOF state ends when reframe occurs.

A BiPolar Violations error event for an AMI-coded signal is the occurence of a pulse of the same polarity as the previous pulse. A BPV error event for a B8ZS or HDB3 coded signal is the occurence of a pulse of the same polarity as the previous pulse without being a part of the zero substitution code.

A CRC error occurs when the CRC field calculated by the customer installation, based on the incoming DS1 signal does not agree with the CRC field contained in the DS1 signal received from the network.

A Controlled Slips is the occcurence of a replication or deletion of a DS1 frame by the receiving terminal.

Receive Network Alarm seconds is the count of seconds with at least one alarm event occurring in a second.

The total count of extended superframe errors.

The total count of loss of framing errors.

This table is is used to cross reference a WAN module to its ifindex.

WAN module table entry.

This is the index of the physical WAN module in any BAY remote access product that uses WAN modules. The range is 1 - anxt1Total (number of WAN modules in box)

This object can be used in place of Ifindex to find the interface number of a WAN module.

The total number of channels (Ds0's) on the this box (or blade).

The number of channels that are busied out. anxt1TotalChannels - anxt1BusiedOutChannels = Number of available channels

Table of Wan Module statistics. This table is valid for WAN module platforms only.

The internal T1 engine extended current statistics.

The ifIndex value in the interfaces table. Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

This counter is incremented when ever an error occurs between the wan module and the PRI manager.

Number of incoming calls accepted by the call handler. (call handler is generic term for all types of signaling methods)

Number of incoming calls rejected by the call handler. (call handler is generic term for all types of signaling methods)

Number of outgoing calls accepted by the call handler. (call handler is generic term for all types of signaling methods)

Number of outgoing calls rejected by the call handler. (call handler is generic term for all types of signaling methods)

Number of normal disconnects. Normal Disconnects cause codes: - NORMAL-CALL-CLEARING-CCOD

Number of abnormal disconnects. Abnormal Disconnects cause codes: - INVALID-NUMBER-FORMAT-CCODE - NO-CKT-CHAN-AVAIL-CCODE - REQ-CHAN-NOT-AVAIL-CCODE

Number of B channels currently allocated.

Number of times this wan has had all B channels allocated since the wan-manager process was started on the wan module. The wan-manager process is started at boot time or by using the cli -control- command to stop it and restart it on a given wan module.

Table of entries of generic parameters for active calls.

The call's generic parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

Mode assigned to the port. Valid only if the port type is async, or ta. The default is cli. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'mode'. Note: Values 6 and 12 are not used. Enumeration: 'arap': 8, 'slave': 2, 'cli': 1, 'slip': 5, 'rlogin': 16, 'invalid': 9, 'unused': 4, 'ppp': 7, 'auto-adapt': 11, 'telnet': 17, 'tn3270': 18, 'auto-detect': 10, 'call': 14, 'adaptive': 3, 'ipx': 13, 'connect': 15.

A descriptive string for this port. This string is displayed by the CLI who command. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter location.

A string defining the type of terminal attached to the serial/ta port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'term-var'. Note: This object is not valid if the port type is synchronous.

This parameter defines a port-specific prompt string. The prompt string consists of displayable characters and embedded formatting codes. Each formatting code is stored in a single character in nonvolatile memory. The maximum number of characters stored for the prompt string is 16. Since the formatting codes consist of a '%' prepended to a single character, the maximum length string that may be entered for this object is 32 characters. Strings less than 32 characters in length will be rejected as bad values if they cannot be stored into 16 characters in nonvolatile memory after the formatting codes are compressed into single characters. The valid formatting codes are: %a the string 'annex' %c the string ': ' %d the date and time %i the Annex's IP address %j a newline character %l port location, or 'port n' %n the Annex's name %p the port number %r the string 'port' %s a space %t the time hh:mm:ss %u the user name for port %% the string '%' This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'prompt'. Note: This object is not valid for synchronous ports.

Controls whether the serial/ta port can receive administrative broadcast messages. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'allow-broadcast'. Note: This object is not valid for synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, instructs the Annex to ignore the eighth bit of all received characters on the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'imask-7bits'. Note: This object is not valid for Synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

Defines whether input at the CLI is masked to 7 bits. The default is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'cli-imask7' The default value for this object is enabled. Note: This object is not valid for Synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

Specifies whether the Annex banner and message- of-the-day are displayed on the channel. The default is enabled. This has four possible actions: default, Y, yes, unset: banner before security, motd after none, N: no banner or motd beforesec: banner and motd before security aftersec: banner and motd after security motd-before-sec: motd before security; no banner motd-after-sec: motd after security; no banner This MIB object corresponds to the NA/admin NA/Admin Global Port parameter 'banner'. Note: This object is not valid for Synchronous ports. Enumeration: 'aftersec': 4, 'motd-after-sec': 6, 'enabled': 1, 'beforesec': 3, 'disabled': 2, 'motd-before-sec': 5.

The default keep-alive value for connections to this serial port. If this is zero, use the value specified by anxTcpKeepAlive. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'tcp-keepalive'. Note: This object is not valid for Synchronous ports.

Command line arguments passed to process started by a dedicated port with mode set to 'telnet', 'tn3270', 'rlogin', 'connect' (if LAT is in use) or 'call'. This object is not valid for TA ports. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'dedicated-arguments'. Note: This object is not valid for Synchronous ports.

A string defining the type of modem attached to the serial port. This object is not valid for TA ports. This is always set to 'microcom'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'type-of-modem'. Note: This object is not valid for synchronous ports.

The default session mode when the DECServer command interface is configured. The default is interactive. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'default-session-mode'. Note: This object is not valid for Synchronous ports. Enumeration: 'passthr': 2, 'interactive': 1, 'transparent': 4, 'passall': 3.

Default host protocol to use when starting a dedicated port and the protocol is not explicitly specified in the command. Is set to one of 'telnet', connect, or any. Any means to try LAT (connect) first and if that fails, try telnet. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'resolve-protocol. Note: This object is not valid for Synchronous ports. Enumeration: 'connect': 15, 'telnet': 17, 'any': 19.

The maximum number of concurrent sessions allowed on the port. A value of -1 indicates no maximum. Setting the maximum to less than the current number of sessions has unspecified results. This MIB object corresponds to the NA/Admin parameter 'max-session-count'.

The maximum speed of the port for this call.

This is always set to disabled. Enumeration: 'disabled': 2, 'enabled': 1.

Job list for this cli session.

This is what the port is running at the moment. callgenericmode will tell you what the port is configured to run through the spb or e2rom. Enumeration: 'vcli': 5, 'ftp': 12, 'dedicated': 6, 'unused3': 3, 'slave': 2, 'cli': 1, 'unused13': 13, 'unused4': 4, 'ppp': 9, 'arap': 11, 'mp': 10, 'slip': 7, 'lpd': 8, 'dynamicdial': 15, 'unused14': 14.

Table of entries for port flow control and signal parameters.

The table of entries of flow control and signal parameters for active calls.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

The control character sequence that restarts input if the charPortInFlowType parameter (in the char MIB) is set to xonXoff. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'input-start-char'. Note: This object is not valid for Synchronous ports.

The control character sequence that stops input if the charPortInFlowType parameter (in the char MIB) is set to xonXoff. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'input-stop-char'. Note: This object is not valid for Synchronous ports.

The control character sequence that restarts output if the charPortOutFlowType parameter (in the char MIB) is set to xonXoff. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'output-start-char'. Note: This object is not valid for Synchronous ports.

The control character sequence that stops output if the charPortOutFlowType parameter (in the char MIB) is set to xonXoff. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'output-stop-char'. Note: This object is not valid for Synchronous ports.

This parameter specifies whether any input character will be treated as a start (xon) character when output has been suspended by a stop (xoff) character. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ixany-flow-control'. Note: This object is not valid for Synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

Defines a control character sequence as an attention character to switch the user to the next session. The Annex-II only allows a single control character (eg. ^A), while the Annex3 and MicroAnnex allow a string of control characters to be defined (eg. ^A^B^Z). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'forward-key'. Note: This object is not valid for Synchronous ports.

Defines a control character sequence as an attention character to switch the user to the previous session. The Annex-II only allows a single control character (eg. ^A), while the Annex3 and MicroAnnex allow a string of control characters to be defined (eg. ^A^B^Z). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'Backward-key'. Note: This object is not valid for Synchronous ports.

The port's type of input flow control. 'none' indicates no flow control at this level or below. 'xonXoff' indicates software flow control by recognizing XON and XOFF characters. 'eia'(hardware) indicates flow control delegated to the lower level, for example a parallel port. Enumeration: 'eia': 2, 'both': 5, 'none': 1, 'xonXoff': 3, 'bell': 4.

The port's type of output flow control. 'none' indicates no flow control at this level or below. 'xonXoff' indicates software flow control by recognizing XON and XOFF characters. 'eia'(hardware) indicates flow control delegated to the lower level, for example a parallel port. Enumeration: 'eia': 2, 'both': 5, 'none': 1, 'xonXoff': 3, 'bell': 4.

The port's number of bits in a character. This object corresponds to the admin parameter data-bits.

The port's number of stop bits. This object corresponds to the admin parameter stop-bits. Enumeration: 'dynamic': 4, 'two': 3, 'one-and-half': 2, 'one': 1.

The port's sense of a character parity bit. Enumeration: 'even': 3, 'none': 1, 'mark': 4, 'odd': 2, 'space': 5.

Table of entries of login parameters for active calls. Note: This table is not valid for Synchronous ports.

Call's login user parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

Indicates if the port is configured as a DECServer interface port. The default is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'login-port-password'. Enumeration: 'disabled': 2, 'enabled': 1.

Enables a login timer if the port is configured as a DECServer interface port. The default is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'login-timeout'. Enumeration: 'disabled': 2, 'enabled': 1.

Table of entries of port timer and counter parameters for active calls. Note: This table is not valid for Synchronous ports.

Call's timer and counter parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

This parameter defines the inter-character timer that sets the amount of time, in tens of milliseconds, that will elapse before forwarding the received data. The value of 5 turns means the timer is off. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'forwarding-timer'.

Specifies the number of received characters buffered for the port by the Annex before forwarding the characters to the host or network. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'forwarding-count'.

The amount of time, in minutes, that the Annex waits before hanging up the serial/ta port after it becomes idle. A value of 0 indicates the timer is off. A value of 255 means immediate, which causes the Annex to hang up the port immediately after exiting from the last job. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'cli-inactivity'.

The amount of time, in minutes, which a port can remain inactive before the Annex terminates all sessions and resets the port. A value of 0 implies timer is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'inactivity-timer'.

Controls whether received input characters are considered as activity for the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'input-is-activity'. Enumeration: 'disabled': 2, 'enabled': 1.

Controls whether transmitted output characters are considered as activity for the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'output-is-activity'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines whether input or output resets the idle timer for the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'reset-idle-time-on'. Enumeration: 'input': 1, 'output': 2.

This parameter controls whether the Annex returns the user to the CLI prompt after receiving a break greater than two seconds. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'long-break'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls whether the Annex returns the user to the CLI prompt after receiving a break shorter than two seconds. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'short-break'. Enumeration: 'disabled': 2, 'enabled': 1.

Table of entries of port security parameters for active calls.

Call's security parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

A string defining the default user name for the user of this serial/ta port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'user-name'.

This parameter controls whether security is enabled for the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'cli-security'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls whether the host-based security policy is enabled for access from the port to the network. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'connect-security'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls whether the host-based security policy is enabled for access to the port from the port server. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'port-server-security'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter defines a password for the port for local password protection. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'port-password'.

Defines the IP security classification for packets sent and received on this port. The default value is none. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ipso-class'. Enumeration: 'topsecret': 3, 'unclassified': 5, 'none': 1, 'secret': 2, 'confidential': 4.

Controls whether IPX security is enabled on this port. The default is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ipx-security'. Enumeration: 'disabled': 2, 'enabled': 1.

Returns the username for an active call on a b channel. This MIB object is only valid if security is enabled.

Table of entries of line editing parameters for active calls. Note: This table is not valid for synchronous ports.

Call's line editing parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

Defines a control character sequence as an attention character to return the user to the CLI prompt. The Annex-II only allows a single control character (eg. ^A), while the Annex3 and MicroAnnex allow a string of control characters to be defined (eg. ^A^B^Z). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'attn-string'.

This parameter controls whether the Annex echoes all characters as they are received from the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'echo'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the control character that returns the user to the 'telnet:' prompt when running the CLI telnet command. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. The value 'U' means this feature is disabled on this port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'telnet-escape'.

Defines what characters are transmitted out the port to the network when the End-of-Line character is sensed. 'enabled' means transmit Line-Feed and Carriage-Return. 'disabled' means transmit Carriage-Return and NULL. The default is enabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'telnet-crlf'. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, the Annex translates all upper case characters to lower case as they are received from the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'map-to-lower'. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, the Annex translates all lower case characters to upper case as they are transmitted to the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter ' map-to-upper'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls whether the Annex echoes the character erase and word erase characters for a video terminal (enabled) or for a hard-copy terminal (disabled). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'char-erase'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the character erase control character sequence. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'erase-char'.

This parameter controls whether the Annex echoes the line erase character for a video terminal (enabled) or for a hard-copy terminal (disabled). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'line-erase'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the line erase control character sequence. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'erase-line'.

Defines the word erase control character sequence. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'erase-word'.

When enabled, this parameter allows the Annex to expand ASCII tab characters. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'hardware-tabs'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the reprint line control character sequence. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'redisplay-line'.

Defines the flush control character used to flush the output buffer. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'toggle-output'.

This parameter controls whether a carriage return is echoed as just a carriage return (enabled), or whether the carriage return is echoed as a carriage return and line feed. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'newline-terminal'. Enumeration: 'disabled': 2, 'enabled': 1.

Table of entries of networking protocol parameters for active calls.

Call's networking protocol parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

The Internet address for the Annex's side of the point-to-point (SLIP or PPP) link. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'local-address'.

The Internet address for the host at the remote end of the point-to-point (SLIP or PPP) link. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'remote-address'.

This parameter defines the hop count to the remote end of the SLIP or PPP interface. This MIB object corresponds to the NA/admin asynchronous, ta. synchronous port parameter 'metric'.

If anxEnableSecurity is disabled, this parameter selects slip session logging. If anxEnableSecurity is enabled, this parameter permits slip access only from secure ports. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'slip-ppp-security'. Note: This object is not valid for Synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

The number of units allowed for serial protocol inactivity on the port. The type of unit, minutes or seconds, is defined by the object anxpNetInactivityUnits. If the type of units is 'seconds', the actual granularity is only 5 seconds. When the interval expires, the port is automatically reset. A value of 0 means the timer is disabled. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'net-inactivity'.

When enabled, the Annex will attempt to negotiate TCP/IP header compression on this serial link. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'do-compression'. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, the Annex will allow TCP/IP header compression on this serial link only if the other end of the serial link initiates the compression. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'allow-compression'. Enumeration: 'disabled': 2, 'enabled': 1.

The type of units that are used for the port's net inactivity timer. See also the anxpNetInactivity object. The default value is 'minutes'. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'net-inactivity-units'. Enumeration: 'seconds': 2, 'minutes': 1.

Table of entries of Slip parameters for active calls. Note: This object is not valid for Synchronous ports.

Call's Slip parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

The subnet mask for this SLIP interface. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'subnet-mask'.

Force the compressed SLIP interface to use a Maximum Transmission Unit (MTU) of either 1024 bytes (large) or 256 bytes (small). The default is large. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'slip-mtu-size'. Enumeration: 'large': 1, 'small': 2.

When enabled, the Annex will discard any ICMP packets directed to this SLIP link. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'slip-no-icmp'. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, the Annex sends interactive traffic over this SLIP link before any other traffic. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'slip-tos'. Enumeration: 'disabled': 2, 'enabled': 1.

Table of entries of PPP parameters for active calls.

Call's PPP parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

This parameter defines the maximum receive unit in bytes. The default value is 1500. This MIB object corresponds to the NA/admin asynchronous, ta, and synchronous port parameter 'ppp-mru'.

This parameter specifies which of the first 32 bytes (0x00, ... 0x1F) can be sent as clear text and which need to be escaped. A bit on in the mask indicates the character must be escaped. The mask should be specified as an 8 hex character string (0x1F000000 and 1F000000 are both acceptable). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ppp-acm'.

Defines which security protocol will be used to authenticate the remote user. This parameter must be set and the Annex enable-security (anxEnableSecurity) must be enabled before authentication is performed. The default is none This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-security-protocol'. Enumeration: 'pap': 2, 'none': 1, 'chap-pap': 4, 'chap': 3.

The username used by the Annex to identify itself if the remote PPP peer asks for authentication. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-username-remote'.

The password used by the Annex to identify itself if the remote PPP peer asks for authentication. Reading this parameter will return either if the password is defined or if the password is not defined. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-password-remote'.

A bitmask for PPP NCP Options: 0x0002 NCP-IPCP 0x0004 NCP-ATCP 0x0008 NCP-IPXCP 0x0010 NCP-MP 0x0020 NCP-CCP 0x0040 NCP-CBCP Note: if the ncp-option parameter is set to the value of 'all', the SNMP agent will return the fully expanded bitmask value instead of the 0x0001 value of 'all'.

The IPX network number for an IPX PPP connection using this port. When the IPX PPP connection is established the network number will be negotiated. If one end of the connection is set to zero then the value from the other end of the connection will be used. The value of this object is an 8 digit hexadecimal number string representing the IPX network segment assigned to this port. The value must be unique across the network domain. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ppp-ipx-network'.

The IPX node number for an IPX PPP connection using this port. The value of this object is a 12 digit hexadecimal number string representing the IPX node number assigned to this port. Note the string is expected in the form: 12-3a-4-7-89-23.Each part of the address must be a hex value separated by a hyphen. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ppp-ipx-node'.

Controls whether PPP trace messages are sent to the syslog facility or not. The default value is none(0). This MIB object corresponds to the na/admin port parameter ppp-trace-level. Enumeration: 'control': 1, 'none': 8, 'control-in-hex': 5, 'control-and-data': 3, 'data-in-hex': 6, 'unused': 4, 'control-and-data-in-hex': 7, 'data': 2.

Table of entries of Apple Talk parameters for active calls. Note: This object is not valid for Synchronous ports.

Call's ARAP parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

If enabled, allows ARAP guest login service. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'at-guest'. Enumeration: 'disabled': 2, 'enabled': 1.

The default AppleTalk node ID hint that is used by the Annex on this port. The address consists of two parts separated by a dot. The address may be in either hex or decimal format. The first part is the network address and ranges from 0 to 65534 (0x0000 to 0xFFFE). The second part is the node address and ranges from 0 to 254 (0x00 to 0xFE). Example: 0x00BF.0xFD 191.253 0x00BF.253 191.0xFD are all the same address. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'at-nodeid'.

Controls whether ACP service is enabled for this port when establishing an AppleTalk connection. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'at-security'. Enumeration: 'disabled': 2, 'enabled': 1.

Controls whether V.42bis compression is done during an ARAP session. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'arap-v42bis'. Enumeration: 'disabled': 2, 'enabled': 1.

Table of entries of TN3270 parameters for active calls. Note:This object is not valid for Synchronous ports.

Call's TN3270 parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

The IP address of the machine running a Berkeley-style lpd server. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'tn3270-printer-name'.

A valid printer name contained in the /etc/printcap file on the remote host. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'tn3270-printer-name'.

Table of entries of LAT parameters for active calls. Note:This object is not valid for synchronous ports.

Call's LAT parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

The syntax of this object is an octet string 32 bytes long, with the first byte representing groups 0 through 7 and the last byte representing groups 248 through 255. For example, 0x40 0x25 ... means the groups 1,10,13,15 are valid for this port. A returned value with all bits set to zero is the same as setting 'group-value' to 'none'. The object always returns a string 32 bytes long. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'group-value'.

Controls interpretation of LAT Data-B packets received from host. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'latb-enable'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter allows multisession operation to be managed on a per port basis. If multisessions for the server has not been enabled, any attempt to use this command will cause the error message 'ETSMIN-786-Multisession feature Disabled' to be displayed. This MIB object corresponds to the NA/admin port parameter 'multisessions'. Note: * SNMP will not check for the Annex MultiSession parameter. * Setting this MIB object is equivalent to defining the port parameter 'multisession' through NA/admin. Enumeration: 'enable': 1, 'disable': 2.

Table of entries of call setup information active calls.

Call's Setup information parameters.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

A call's B channel number ranging from 1-30.

A enumerated integer indicating the port type. Detecting(4) means the annex is in the process of detecting the port type. Enumeration: 'async': 1, 'detecting': 4, 'sync': 2, 'ta': 3.

This object returns the whether the call is incoming or outgoing. Enumeration: 'outgoing': 2, 'incoming': 1.

This object returns the time the call has been in progress. Measured in seconds

This object returns the calling number.

This object returns the number called.

This object returns called party subaddress.

This object defines the bearer capability of the incoing call. Possible values are voice and data. Enumeration: 'voice': 2, 'data': 1.

This object returns the port number the call is assigned to. This object in conjunction with the object, port type, should be used to cross-reference the information displayed by the CLI command 'who'.

This parameter defines the mode for access to the serial line or TA port. The default is cli. This MIB object corresponds to the NA/admin asynchronous,ta, synchronous port parameter 'mode'. Note: Values 6, 8, 9, 12, 13, 14, 15, and 18 cannot be set. Enumeration: 'slave': 2, 'cli': 1, 'rlogin': 16, 'telnet': 17, 'unused': 4, 'ppp': 7, 'auto-adapt': 11, 'slip': 5, 'auto-detect': 10, 'adaptive': 3.

A descriptive string for a this port. This string is displayed by the CLI who command. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'location'.

A string defining the type of terminal attached to the serial/ta port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'term-var'. Note: This object is not valid for synchronous ports.

This parameter defines a port-specific prompt string. The prompt string consists of displayable characters and embedded formatting codes. Each formatting code is stored in a single character in nonvolatile memory. The maximum number of characters stored for the prompt string is 16. Since the formatting codes consist of a '%' prepended to a single character, the maximum length string that may be entered for this object is 32 characters. Strings less than 32 characters in length will be rejected as bad values if they cannot be stored into 16 characters in nonvolatile memory after the formatting codes are compressed into single characters. The valid formatting codes are: %a the string 'annex' %c the string ': ' %d the date and time %i the Annex's IP address %j a newline character %l port location, or 'port n' %n the Annex's name %p the port number %r the string 'port' %s a space %t the time hh:mm:ss %u the user name for port %% the string '%' This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'prompt'. Note: This object is not valid for synchronous ports.

Specifies either a Unix or VMS command line interface. The default is uci. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'cli-interface'. Note: This object is not valid for synchronous ports. Enumeration: 'vci': 2, 'uci': 1.

Controls whether the serial/ta port can receive administrative broadcast messages. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'allow-broadcast'. Note: This object is not valid for synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the direction that an administrative broadcast message is sent. This parameter is valid only when the port is defined as a slave port by the anxpMode parameter. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'broadcast-direction'. Note: This object is not valid for Synchronous ports. Enumeration: 'port': 1, 'network': 2.

When enabled, instructs the Annex to ignore the eighth bit of all received characters on the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'imask-7bits'. Note: This object is not valid for Synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

Defines whether input at the CLI is masked to 7 bits. The default is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'cli-imask7'. The default value for this object is enabled. Note: This object is not valid for Synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

Specifies whether the Annex banner and message- of-the-day are displayed on the port. The default is enabled. This has four possible actions: default, Y, yes, unset: banner before security, motd after none, N: no banner or motd beforesec: banner and motd before security aftersec: banner and motd after security motd-before-sec: motd before security; no banner motd-after-sec: motd after security; no banner This MIB object corresponds to the NA/admin asynchronous port parameter 'banner'. Note: This object is not valid for Synchronous ports. Enumeration: 'aftersec': 4, 'motd-after-sec': 6, 'enabled': 1, 'beforesec': 3, 'disabled': 2, 'motd-before-sec': 5.

The default keep-alive value for connections to this serial port. If this is zero, use the value specified by anxTcpKeepAlive. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'tcp-keepalive'. Note: This object is not valid for Synchronous ports.

Command line arguments to be passed to process started by a dedicated port with mode set to 'telnet', 'tn3270', 'rlogin', 'connect' (if LAT is in use) or 'call'. This object is not valid for TA ports. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'dedicated-arguments'. Note: This object is not valid for Synchronous ports.

A string defining the type of modem attached to the serial port. This object is not valid for TA ports. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'type-of-modem'. Note: This object is not valid for Synchronous ports.

The default session mode when the DECServer command interface is configured. The default is interactive. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'default-session-mode'. Note: This object is not valid for Synchronous ports. Enumeration: 'passthr': 2, 'interactive': 1, 'transparent': 4, 'passall': 3.

Default host protocol to use when starting a dedicated port and the protocol is not explicitly specified in the command. Is set to one of 'telnet', connect, or any. Any means to try LAT (connect) first and if that fails, try telnet. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'resolve-protocol. Note: This object is not valid for Synchronous ports. Enumeration: 'connect': 15, 'telnet': 17, 'any': 19.

The control character sequence that restarts input if the charPortInFlowType parameter (in the char MIB) is set to xonXoff. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'input-start-char'. Note: This object is not valid for synchronous ports.

The control character sequence that stops input if the charPortInFlowType parameter (in the char MIB) is set to xonXoff. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'input-stop-char'. Note: This object is not valid for synchronous ports.

The control character sequence that restarts output if the charPortOutFlowType parameter (in the char MIB) is set to xonXoff. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'output-start-char'. Note: This object is not valid for synchronous ports.

The control character sequence that stops output if the charPortOutFlowType parameter (in the char MIB) is set to xonXoff. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'output-stop-char'. Note: This object is not valid for synchronous ports.

This parameter specifies whether any input character will be treated as a start (xon) character when output has been suspended by a stop (xoff) character. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ixany-flow-control'. Note: This object is not valid for synchronous ports. Enumeration: 'disabled': 2, 'enabled': 1.

Defines a control character sequence as an attention character to switch the user to the next session. The Annex-II only allows a single control character (eg. ^A), while the Annex3 and MicroAnnex allow a string of control characters to be defined (eg. ^A^B^Z). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'forward-key'. Note: This object is not valid for synchronous ports.

Defines a control character sequence as an attention character to switch the user to the previous session. The Annex-II only allows a single control character (eg. ^A), while the Annex3 and MicroAnnex allow a string of control characters to be defined (eg. ^A^B^Z). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'Backward-key'. Note: This object is not valid for Synchronous ports.

Enables the port password if the port is configured as a DECServer interface port. The default is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'login-port-password'. Enumeration: 'disabled': 2, 'enabled': 1.

Enables a login timer if the port is configured as a DECServer interface port. The default is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'login-timeout'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter defines the inter-character timer that sets the amount of time, in tens of milliseconds, that will elapse before forwarding the received data. The value of 5 turns off the timer. Setting this object to 0 causes the default value of 5 to be used. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'forwarding-timer'.

Specifies the number of received characters buffered for the port by the Annex before forwarding the characters to the host or network. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'forwarding-count'.

The amount of time, in minutes, that the Annex waits before hanging up the serial/ta port after it becomes idle. A value of 0 turns off the timer. A value of 255 means immediate, which causes the Annex to hang up the port immediately after exiting from the last job. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'cli-inactivity'.

The amount of time, in minutes, which a port can remain inactive before the Annex terminates all sessions and resets the port. A value of 0 disables the timer. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'inactivity-timer'.

Controls whether received input characters are considered as activity for the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'input-is-activity'. Enumeration: 'disabled': 2, 'enabled': 1.

Controls whether transmitted output characters are considered as activity for the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'output-is-activity'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines whether input or output resets the idle timer for the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'reset-idle-time-on'. Enumeration: 'input': 1, 'output': 2.

This parameter controls whether the Annex returns the user to the CLI prompt after receiving a break greater than two seconds. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'long-break'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls whether the Annex returns the user to the CLI prompt after receiving a break shorter than two seconds. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'short-break'. Enumeration: 'disabled': 2, 'enabled': 1.

A string defining the default user name for the user of this serial/ta port. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'user-name'.

This parameter controls whether security is enabled for the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'cli-security'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls whether the host-based security policy is enabled for access from the port to the network. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'connect-security'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls whether the host-based security policy is enabled for access to the port from the port server. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'port-server-security'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter defines a password for the port for local password protection. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'port-password'.

Defines the IP security classification for packets sent and received on this port. The default value is none. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ipso-class'. Enumeration: 'topsecret': 3, 'unclassified': 5, 'none': 1, 'secret': 2, 'confidential': 4.

Controls whether IPX security is enabled on this port. The default is disabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'ipx-security'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines a control character sequence as an attention character to return the user to the CLI prompt. The Annex-II only allows x a single control character (eg. ^A), while the Annex3 and MicroAnnex allow a string of control characters to be defined (eg. ^A^B^Z). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'attn-string'.

This parameter controls whether the Annex echoes all characters as they are received from the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'echo'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the control character that returns the user to the 'telnet:' prompt when running the CLI telnet command. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. The value 'U' disables this feature on the specified port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'telnet-escape'.

Defines what characters are transmitted out the port to the network when the End-of-Line character is sensed. 'enabled' means transmit Line-Feed and Carriage-Return. 'disabled' means transmit Carriage-Return and NULL. The default is enabled. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'telnet-crlf'. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, the Annex translates all upper case characters to lower case as they are received from the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'map-to-lower'. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, the Annex translates all lower case characters to upper case as they are transmitted to the port. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'map-to-upper'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter controls whether the Annex echoes the character erase and word erase characters for a video terminal (enabled) or for a hard-copy terminal (disabled). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'char-erase'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the character erase control character sequence. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'erase-char'.

This parameter controls whether the Annex echoes the line erase character for a video terminal (enabled) or for a hard-copy terminal (disabled). This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'line-erase'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the line erase control character sequence. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'erase-line'.

Defines the word erase control character sequence. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'erase-word'.

When enabled, this parameter allows the Annex to expand ASCII tab characters. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'hardware-tabs'. Enumeration: 'disabled': 2, 'enabled': 1.

Defines the reprint line control character sequence. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'redisplay-line'.

Defines the flush control character used to flush the output buffer. This value of this object can be either a single displayable character or two characters of the form '^x', where '^x' is translated as 'Control-x'. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'toggle-output'.

This parameter controls whether a carriage return is echoed as just a carriage return (enabled), or whether the carriage return is echoed as a carriage return and line feed. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'newline-terminal'. Enumeration: 'disabled': 2, 'enabled': 1.

The Internet address for the Annex's side of the point-to-point (SLIP or PPP) link. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'local-address'.

The Internet address for the host at the remote end of the point-to-point (SLIP or PPP) link. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'remote-address'.

local(1) - The annex will get the PPP dialup addresses from the port parameters local-address and remote-address. acp(2) - The Annex requests the PPP dialup addresses from the host-based ACP. dhcp(3) - The Annex requests the PPP dialup addresses from the host-based DHCP. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous global port parameter 'address-origin'. Enumeration: 'authserver': 2, 'local': 1, 'dhcp': 3.

This parameter defines the hop count to the remote end of the SLIP or PPP interface. Setting this object to 0 defaults to a value of 1. This MIB object corresponds to the NA/admin asynchronous, ta. synchronous port parameter 'metric'.

If anxEnableSecurity is not set, this parameter selects slip session logging. If anxEnableSecurity is set, this parameter permits slip access only from secure ports. This MIB object corresponds to the NA/admin asynchronous, ta and sync port parameter 'slip-ppp-security'. Enumeration: 'disabled': 2, 'enabled': 1.

The number of units allowed for serial protocol inactivity on the port. The type of unit, minutes or seconds, is defined by the object anxpNetInactivityUnits. If the type of units is 'seconds', the actual granularity is only 5 seconds. When the interval expires, the port is automatically reset. A value of 0 disables the timer. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'net-inactivity'.

When enabled, the Annex will attempt to negotiate TCP/IP header compression on this serial link. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'do-compression'. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, the Annex will allow TCP/IP header compression on this serial link only if the other end of the serial link initiates the compression. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'allow-compression'. Enumeration: 'disabled': 2, 'enabled': 1.

The type of units that are used for the port's net inactivity timer. See also the anxpNetInactivity object. The default value is 'minutes'. This MIB object corresponds to the NA/admin asynchronous, ta, synchronous port parameter 'net-inactivity-units'. Enumeration: 'seconds': 2, 'minutes': 1.

The subnet mask for this SLIP interface. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'subnet-mask'.

Force the compressed SLIP interface to use a Maximum Transmission Unit (MTU) of either 1024 bytes (large) or 256 bytes (small). The default is large. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'slip-mtu-size'. Enumeration: 'large': 1, 'small': 2.

When enabled, the Annex will discard any ICMP packets directed to this SLIP link. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'slip-no-icmp'. Enumeration: 'disabled': 2, 'enabled': 1.

When enabled, the Annex sends interactive traffic over this SLIP link before any other traffic. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'slip-tos'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter defines the maximum receive unit in bytes. The default value is 1500. This MIB object corresponds to the NA/admin asynchronous, ta, and synchronous port parameter 'ppp-mru'.

This parameter specifies which of the first 32 bytes (0x00, ... 0x1F) can be sent as clear text and which need to be escaped. A bit on in the mask indicates the character must be escaped. The mask should be specified as an 8 hex character string (0x1F000000 and 1F000000 are both acceptable). This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-acm'.

Defines which security protocol will be used to authenticate the remote user. This parameter must be set and the Annex enable-security (anxEnableSecurity) must be enabled before authentication is performed. The default is none This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-security-protocol'. Enumeration: 'pap': 2, 'none': 1, 'chap-pap': 4, 'chap': 3.

The username used by the Annex to identify itself if the remote PPP peer asks for authentication. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-username-remote'.

The password used by the Annex to identify itself if the remote PPP peer asks for authentication. Reading this parameter will return either if the password is defined or if the password is not defined. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-password-remote'.

A bitmask to set the PPP NCP Options: 0x0001 NCP-ALL 0x0002 NCP-IPCP 0x0004 NCP-ATCP 0x0008 NCP-IPXCP 0x0010 NCP-MP 0x0020 NCP-CCP 0x0040 NCP-CBCP

The IPX network number for an IPX PPP connection using this port. When the IPX PPP connection is established the network number will be negotiated. If one end of the connection is set to zero then the value from the other end of the connection will be used. The value of this object is an 8 digit hexadecimal number string representing the IPX network segment assigned to this port. The value must be unique across the network domain. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-ipx-network'.

The IPX node number for an IPX PPP connection using this port. The value of this object is a 12 digit hexadecimal number string representing the IPX node number assigned to this port. Note the string is expected in the form: 12-3a-4-7-89-23.Each part of the address must be a hex value separated by a hyphen. This MIB object corresponds to the NA/admin asynchronous/ta/sync port parameter 'ppp-ipx-node'.

If enabled, allows ARAP guest login service. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'at-guest'. Enumeration: 'disabled': 2, 'enabled': 1.

The default AppleTalk node ID hint that is used by the Annex on this port. The address consists of two parts separated by a dot. The address may be in either hex or decimal format. The first part is the network address and ranges from 0 to 65534 (0x0000 to 0xFFFE). The second part is the node address and ranges from 0 to 254 (0x00 to 0xFE). Example: 0x00BF.0xFD 191.253 0x00BF.253 191.0xFD are all the same address. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'at-nodeid'.

Controls whether ACP service is enabled for this port when establishing an AppleTalk connection. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'at-security'. Enumeration: 'disabled': 2, 'enabled': 1.

Controls whether V.42bis compression is done during an ARAP session. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'arap-v42bis'. Enumeration: 'disabled': 2, 'enabled': 1.

The IP address of the machine running a Berkeley-style lpd server. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'tn3270-printer-name'.

A valid printer name contained in the /etc/printcap file on the remote host. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'tn3270-printer-name'.

This port parameter is functionally identical to anxpLatAuthGroupVal and corresponds to the NA/admin Annex parameter 'group-value'. The syntax of this object is an octet string 32 bytes long, with the first byte representing groups 0 through 7 and the last byte representing groups 248 through 255. For example, 0x40 0x25 ... means the groups 1,10,13,15 are valid for this port. A returned value with all bits set to zero is the same as setting 'group-value' to 'none'. The object always returns a string 32 bytes long. Note: You may use either this object or anxpLatAuthVal object to read or set the 'group-value' parameter.anxpLatAuthMap is preferred.

Controls interpretation of LAT Data-B packets received from host. This MIB object corresponds to the NA/admin asynchronous/ta port parameter 'latb-enable'. Enumeration: 'disabled': 2, 'enabled': 1.

This parameter allows multisession operation to be managed on a per port basis. If multisessions for the server has not been enabled, any attempt to use this command will cause the error message 'ETSMIN-786-Multisession feature Disabled' to be displayed. This MIB object corresponds to the NA/admin port parameter 'multisessions'. Note: * SNMP will not check for the Annex MultiSession parameter. * Setting this MIB object is equivalent to defining the port parameter 'multisession' through NA/admin. Enumeration: 'enable': 1, 'disable': 2.

The port's type of input flow control. 'none' indicates no flow control at this level or below. 'xonXoff' indicates software flow control by recognizing XON and XOFF characters. 'hardware' indicates flow control delegated to the lower level, for example a parallel port. 'ctsRts' and 'dsrDtr' are specific to RS-232-like ports. Although not architecturally pure, they are included here for simplicity's sake. Default is eia or hardware(3). Enumeration: 'hardware': 3, 'none': 1, 'xonXoff': 2.

The port's type of output flow control. 'none' indicates no flow control at this level or below. 'xonXoff' indicates software flow control by recognizing XON and XOFF characters. 'hardware' indicates flow control delegated to the lower level, for example a parallel port. 'ctsRts' and 'dsrDtr' are specific to RS-232-like ports. Although not architecturally pure, they are included here for simplicy's sake. Default is eia or hardware(3). Enumeration: 'hardware': 3, 'none': 1, 'xonXoff': 2.

The maximum number of concurrent sessions allowed on the port. A value of -1 indicates no maximum. Setting the maximum to less than the current number of sessions has unspecified results. Default is 3. This MIB object corresponds to NA/Admin parameter 'max-session-count'.

The port's number of bits in a character. This object corresponds to the admin parameter data-bits

The port's number of stop bits. This object corresponds to the admin parameter stop-bits Enumeration: 'two': 2, 'one-and-half': 3, 'one': 1.

The port's sense of a character parity bit. Enumeration: 'even': 3, 'none': 1, 'odd': 2.

This parameter defines the maximum receive unit in bytes. The default value is 256. This MIB object corresponds to the NA/admin asynchronous, ta, and synchronous port parameter 'v120-mru'.

This parameter sets the upper limit of the MRRU LCP negotiation. All LCP negotiations will start with this value; negotiation downward only is allowed. The default value is 1500. This MIB object corresponds to the NA/admin asynchronous, ta, and synchronous port parameter `mp-mrru'.

This parameter sets the preference for the Endpoint Discriminator. PPP Magic Number Block(5) isexcluded; it doesn't guarantee unique link identities and could lead to illegal bundle memebership. The default is unitmacaddr(4). This MIB object corresponds to the NA/admin asynchronous, ta, and synchronous port parameter `mp-endpoint-option'. Enumeration: 'nullclass': 1, 'unitipaddr': 3, 'local': 2, 'unitmacaddr': 4, 'psnDirNbr': 6.

This parameter sets the value of the Endpoint Discriminator for options that require user-configured information. This parameter is only valid when gpMPEndPointClass is set to Public Switched Network Directory Number E.164 (6). This MIB object corresponds to the NA/admin asynchronous, ta, and synchronous port parameter `mp-endpoint-address'.

Specifies whether the Annex will proxy ARP all remote IP connections. A value of enabled(1) will allow the Annex to proxy all remote IP connections. A value of disabled(2) allows the Annex to proxy only remote IP connections having the same subnet address as the Annex. This MIB object corresponds to the NA/admin global port parameter 'proxy-arp-enabled'. Enumeration: 'disabled': 2, 'enabled': 1.

Controls whether PPP trace messages are sent to the syslog facility or not. The default value is none(0). This MIB object corresponds to the na/admin port parameter ppp-trace-level. Enumeration: 'control': 1, 'none': 8, 'control-in-hex': 5, 'control-and-data': 3, 'data-in-hex': 6, 'unused': 4, 'control-and-data-in-hex': 7, 'data': 2.

Table of tunnel entries.

A UDAS Tunnel entry.

The index value which uniquely identifies the DS1 interface to which this entry is applicable. The interface identified by a particular value of this index is the same interface as identified by the same value of ifIndex from the Interfaces table of MIB-II (RFC 1213). This is unused for the ra2000, ra4000 platforms but needs to be filled in with a 1. Look at anxt1WanModuleTable for an alternative way of getting the interface number for a physical WAN module

On a PRI interface, this is a call's B channel number ranging from 1 to anxt1TotChan. On a port interface, this is the port number ranging from 1 to ports.totalports.

This field describes the protocol used on the WAN interface from the Gateway (or Home Agent) to the customer premise equipment (CPE). Enumeration: 'serial-line': 1, 'ppp': 2, 'framerelay': 3.

This field describes the WAN Address from the Gateway (or Home Agent) to the customer premise equipment (CPE).

This fields describes the Tunnel's current state. reserved - visitor added, authentication in progress pending - authentication complete, registration requisition has been sent to gateway, tunnel not registered yet registered - tunnel is up Enumeration: 'registered': 3, 'reserved': 1, 'pending': 2.

The IP Address of the Remote Node.

The IPX Address of the Remote Node.

The IP Address assigned to the Home Agent.

The IP address of the primary SS7 gateway. The default value is 0.0.0.0. This MIB object corresponds to the NA/admin parameter 'pref1-sig-gateway'.

The IP address of the primary secondary SS7 gateway. This may be zero if a redundant SS7 gateway is not available. The default value is 0.0.0.0. This MIB object corresponds to the NA/admin parameter 'pref2-sig-gateway'.

The TCP port number used on the primary SS7 gateway. The default is 1000. This MIB object corresponds to the NA/admin parameter 'pref1-sig-port'.

The TCP port number used on the secondary SS7 gateway. The default is 1000. This entry is zero if no redundant SS7 gateway is available. This MIB object corresponds to the NA/admin parameter 'pref2-sig-port'.

The maximum time to wait for a packet to be received from SS7 server. This value is in seconds. The default value is 15 seconds. This MIB object corresponds to the NA/admin parameter 'sig-keepalive'.

The address of the current SS7 server. This can change dynamically depending on the state of the server.

Time at which this connection was established to the current SS7 Gateway.

Describes whether the RAS can accept and/or receive calls. This is set by the ss7 gateway. Enumeration: 'both': 3, 'notregistered': 1, 'incoming': 2, 'rasregreject': 4.

Table of ss7 Channel information.

The ss7 channel information.

The index value which uniquely identifies the Wan Module.

The index value which uniquely identifies the Channel Numnber.

The status of the ds0 channel. idle(1) - the DS0 is available for calls busy(2) - call is in progress blocked(3) - the RAS of the gateway requested block unblocking(4) - loopback(5) - loopback requested by the gateway restarting(6) - DS0 restart requested by the gateway continuityTest(7) - the RAS or the gateway requested continuity test Enumeration: 'busy': 2, 'loopback': 6, 'idle': 1, 'restarting': 7, 'continuityTest': 8, 'blocking': 4, 'unblocking': 5, 'blocked': 3.

The state of the ds0 channel. idle(1) - no call in progress connected(2) - call fully established. waitReleaseComplete(3) - waiting for Release Complete from gateway. waitATConnect(4) - waiting for connect from WAN manager. waitRelease(5) - waiting for Release from gateway. waitConnect(6) - waiting for connect from gateway. Enumeration: 'waitReleaseComplete': 3, 'waitConnect': 6, 'idle': 1, 'connected': 2, 'waitATConnect': 4, 'waitRelease': 5.

The IP address of the primary nfas gateway. The default value is 0.0.0.0. This MIB object corresponds to the NA/admin parameter 'pref1-sig-gateway'.

The IP address of the backup nfas gateway. The default value is 0.0.0.0. This MIB object corresponds to the NA/admin parameter 'pref2-sig-gateway'.

The TCP port number used on the primary nfas gateway. This MIB object corresponds to the NA/admin parameter 'pref1-sig-port'.

The TCP port number used on the nfas backup gateway. This MIB object corresponds to the NA/admin parameter 'pref2-sig-port'.

This is a trap to indicate the nfas group name.

This will indicate whether this interface is Active or Inactive : 1-Active, 2-Inactive.

Table of nfas connection information.

The nfas connection information.

The type of interface - Primary,Backup or Bearer.

The IP Address of the Interface.

The D Channel Status - Active or Inactive.

The nfas connect status - Connected or Disconnected.

The nfas interface number which could be beween 0-19. The Interface No for the primary is always 0.

This is a trap to indicate the nfas connection status between Primary,Backup and Bearer .

This is a trap to indicate the nfas switch-over status.