ASCEND-MIBDBA-MIB: View SNMP OID List / Download MIB

A list of mibdBAProfile profile entries.

A mibdBAProfile entry containing objects that maps to the parameters of mibdBAProfile profile.

The number of the shelf that the addressed physical device resides on. Enumeration: 'anyShelf': 1, 'shelf2': 3, 'shelf3': 4, 'shelf1': 2, 'shelf6': 7, 'shelf7': 8, 'shelf4': 5, 'shelf5': 6, 'shelf8': 9, 'shelf9': 10.

The number of the slot that the addressed physical device resides on. Enumeration: 'aLim': 55, 'bLim': 56, 'trunkModule2': 46, 'slot36': 37, 'firstControlModule': 53, 'trunkModule1': 45, 'rightController': 50, 'slot28': 29, 'slot29': 30, 'slot24': 25, 'slot25': 26, 'slot26': 27, 'slot27': 28, 'slot20': 21, 'slot21': 22, 'slot22': 23, 'slot23': 24, 'slotPrimary': 59, 'cLim': 57, 'slot40': 41, 'secondControlModule': 54, 'leftController': 49, 'slot39': 40, 'controlModule': 51, 'slot9': 10, 'slot8': 9, 'controller': 42, 'slot38': 39, 'slot1': 2, 'slot3': 4, 'slot2': 3, 'slot5': 6, 'slot4': 5, 'slot7': 8, 'slot6': 7, 'slot11': 12, 'slot10': 11, 'slot13': 14, 'slot12': 13, 'slot15': 16, 'slot14': 15, 'slot17': 18, 'slot16': 17, 'slot19': 20, 'slot18': 19, 'slot31': 32, 'slot30': 31, 'slot37': 38, 'anySlot': 1, 'slot35': 36, 'slot34': 35, 'slot33': 34, 'dLim': 58, 'slot32': 33.

A number that specifies an addressable entity within the context of shelf and slot.

A number that specifies an addressable logical entity within the context of a physical address.

DBA Profiles are recognized by their names given them by the user. The name is a standard null terminated ASCII string.

The number to dial for this call.

The billing number to use which is either a 'calling party number' or a 'billing suffix' that is appended to the end of the phone number.

session channel type. Enumeration: 'callCh2Ch': 4, 'callChNByBonding': 2, 'callChFt1StaticBo': 8, 'callCh1Ch': 3, 'callChFt1Aim': 6, 'callChFt1Bo': 7, 'callChFt1': 5, 'callChNBy': 1, 'numberOfCallChTypes': 9.

One of the management type listed above. Enumeration: 'callMgmtOneOfEight': 6, 'callMgmtTimeOfDay': 5, 'callMgmtDynamicRate': 3, 'callMgmtDeltaRate': 4, 'numberOfCallMgmtProtocols': 12, 'callMgmtBonding0': 8, 'callMgmtBonding1': 9, 'callMgmtBonding2': 10, 'callMgmtBonding3': 11, 'callMgmtOneOfFourty': 7, 'callMgmtStaticRate': 1, 'callMgmtManualRate': 2.

The type of bearer channel capability to set up for each switched call in the session. Enumeration: 'modem': 43, 'n-1024Clear': 24, 'x30RestrictedBearer': 39, 'n-2456krV110': 51, 'n-64kClear': 3, 'n-14464krV110': 80, 'v32': 66, 'n-1600Clear': 32, 'n-38456krV110': 55, 'n-64kX30Restricted': 41, 'n-1280Clear': 28, 'n-1856Clear': 36, 'n-28864krV110': 81, 'n-19264kV110': 59, 'n-896Clear': 22, 'n-192kClear': 11, 'n-9656krV110': 53, 'n-512Clear': 16, 'n-144kClear': 255, 'n-576Clear': 17, 'n-448Clear': 15, 'n-960Clear': 23, 'n-2464kV110': 56, 'n-4856kV110': 47, 'n-4856krV110': 52, 'n-14456kV110': 74, 'frameRelaySvc': 71, 'n-9664krV110': 63, 'iptoip': 263, 'n-19256krV110': 54, 'v110ClearBearer': 40, 'n-56kRestricted': 2, 'n-704Clear': 19, 'n-1088Clear': 25, 'n-1344Clear': 29, 'wormarq': 73, 'n-14464kV110': 78, 'atmodem': 44, 'n-9656kV110': 48, 'vpnTunnel': 72, 'n-28856krV110': 77, 'n-19264krV110': 64, 'n-38464kV110': 60, 'n-1472Clear': 31, 'atmSvc': 70, 'n-9664kV110': 58, 'n-4864krV110': 62, 'n-38456kV110': 50, 'n-14456krV110': 76, 'n-1536kClear': 8, 'n-1216Clear': 27, 'n-28856kV110': 75, 'n-2464krV110': 61, 'n-384kRestricted': 6, 'n-1792Clear': 35, 'n-56kClear': 5, 'n-320kClear': 13, 'n-19256kV110': 49, 'n-768Clear': 20, 'dws384Clear': 14, 'n-2456kV110': 46, 'voice': 1, 'n-1536kRestricted': 9, 'n-64kRestricted': 4, 'n-128kClear': 10, 'n-4864kV110': 57, 'n-384kClear': 7, 'n-1920Clear': 37, 'phs64k': 67, 'n-1728Clear': 34, 'n-1152Clear': 26, 'n-1664Clear': 33, 'n-56kV110Clear': 42, 'n-1408Clear': 30, 'n-256kClear': 12, 'voiceOverIp': 68, 'n-28864kV110': 79, 'n-832Clear': 21, 'n-640Clear': 18, 'modem31khzAudio': 82, 'n-38464krV110': 65, 'x25Svc': 83.

TRUE if the data should be treated as 7-bit data even if the switchedCallType would normally imply 8 bit data. Enumeration: 'yes': 2, 'no': 1.

When the session is initially set up, and if it is a fixed session, the number of channels to be used for the call.

Number of channels to increment as a block.

Number of channels to decrement as a block.

If unable to establish a dba session based on the parameters specified, then the action to be taken is specified in the failureAction. Enumeration: 'numberOfFailureActions': 4, 'disc': 1, 'reduce': 2, 'retry': 3.

TRUE if the data being transferred from the host should be inverted before being sent to the network, and FALSE otherwise. I think this needs to be supported by the device, but I will check before committing. Also, this affects the network interface too, I think. Enumeration: 'yes': 2, 'no': 1.

BOOLEAN which is true for Fractional T1 calls when this side is the caller, and FALSE otherwise. Enumeration: 'yes': 2, 'no': 1.

The ID for the call-by-call signalling for PRI.

Indication of whether national number, international number, etc. is specified.

If TRUE indicates that UNKNOWN number plan is used in conjunction with unknown number instead of default, ISDN. Enumeration: 'yes': 2, 'no': 1.

If TRUE indicates that ISDN number plan is used in conjunction with local number instead of default, PRIVATE. Enumeration: 'yes': 2, 'no': 1.

The string for use in the 'transit network ie' for PRI calling when going through a LEC.

Should we BERT at session startup and for how long. Enumeration: 'n-15Sec': 2, 'off': 1, 'n-30Sec': 3, 'n-120Sec': 6, 'n-60Sec': 4, 'numberOfBertTestOptions': 7, 'n-90Sec': 5.

TRUE if we should pay attention to the following time period parameters. Not used when the call type is dynamic N-by. Enumeration: 'yes': 2, 'no': 1.

TRUE if looking for flag idle, FALSE when looking for mark idle. Enumeration: 'yes': 2, 'no': 1.

The algorithm to use for determining weighted line utilization. Enumeration: 'quadratic': 3, 'constant': 1, 'linear': 2.

Number of seconds to keep history data around for. This number is in the range of 1 through MAX_HISTORY_SECONDS.

Once the upper threshold of utilization is passed, the number of seconds it should stay there is defined here.

Once the lower threshold of utilization is passed, the number of seconds it should stay there is defined here.

Nailed-up group letter. This is a group or number field as defined in lcdparam.h.

DBA call password authenticated against port's password on receiver side. Ignored if port's password is not defined.

PRI Called Party element's Numbering-Plan-ID value for outgoing T1-to-PRI calls.

Enumeration: 'deleteProfile': 3, 'createProfile': 2, 'noAction': 1.

A list of mibdBAProfile__timer_period_parameters profile entries.

A mibdBAProfile__timer_period_parameters entry containing objects that maps to the parameters of mibdBAProfile__timer_period_parameters profile.

Like the other sub-structures above, the number of time-periods actually used is variable. Therefore, this is an indication within each structure of usage. Enumeration: 'disabled': 1, 'enabled': 2, 'shutdown': 3.

Each time period has a starting time, and an ending time (which is implicit by the next starting time specified in another structure). The starting time is specified internally as the number of seconds after midnight, where midnight itself has a value of zero.

The smallest number of channels to use during this time period.

The maximum number of channels to use during this time period.

The percentage utilization to aim for. This is used as a parameter to the bandwidth heuristics.

The percentage utilization to aim for. This is used as a parameter to the bandwidth heuristics.