CISCO-CAS-IF-EXT-MIB: View SNMP OID List / Download MIB

The MIB module is an extension of CISCO-CAS-IF-MIB. It defines the attributes of a voice interface.

The voice interface extended table defines the parameters related to the configuration of voice interfaces (DS0 group of DS1). This table extends the ccasVoiceCfgTable. Each table entry describes an instance of a voice interface configuration (DS0 group of DS1) in a media gateway.

Each entry represents a voice interface (DS0 group of DS1) in a media gateway.

This object specifies the LIF (Logical InterFace) number associated with this voice interface. If this object is set to 0, this interface does not have an associated LIF.

This object specifies the index of call control profile that is used by this DS0 group. If the value of ccasGrpCfgServiceType is 'mgcp(6)', this is the index of cxeCallCtrlProfileTable. If the value of ccasGrpCfgServiceType is 'h248(9)', this is the index of cmedxPropertyProfileTable. The value of 0 means the DS0 group is not associated any Profile. The DS0 group is using the default Call Control parameters defined in the media gateway.

The object specifies VAD (Voice Activity Detection) is enabled for the compression DSPs of this interface. The value of this object is 'false' if the voice interface associated DS0 group uses null signaling. (The value of ccasGrpCfgType in ccasGrpCfgTable for the DS0 group is set to nullSignaling(16)).

The object specifies the first frequency tone to be sent between the terminating and the originating gateways in the continuity test.

The object specifies the second frequency tone to be sent between the terminating and the originating gateways in the continuity test.

This object specifies the modem pass-through mode: (1) passThruDisabled: Modem pass-through is disabled (2) passThruCisco: Cisco Proprietary PV (Protocol Violation) modem protocol used in modem pass-through. (3) passThruNse: Name Signaling Events(NSE) used in modem pass-through. (4) passThruNseAal2: Name Signaling Events(NSE) over AAL2 used in modem pass-through. (5) passThruCa: Gateway modem pass-through is based on Call Agent(CA) Control. (This is a special way used by SGCP) (6) passThruTypeE: FRF.11 Payload Type E packet used in modem pass-through. (7) system: System level modem pass-through configuration is used for the dial-peer. (8) passThruNseCa: Name Signaling Events(NSE) over IP modem pass-through controlled by gateway in MGCP 1.0 Enumeration: 'passThruNseAal2': 4, 'system': 7, 'passThruNseCa': 8, 'passThruDisabled': 1, 'passThruCisco': 2, 'passThruTypeE': 6, 'passThruCa': 5, 'passThruNse': 3.

This object specifies the CODEC type to use for modem upspeed. Upspeed is to change the transmission rate of the voice interface to a higher rate of CODEC type.

This object specifies the maximum FAX relay transmission rate.

This object specifies the period of time for primary high speed (HS) data packet.

The object specifies the number of redundant FAX packets for Internet FAX protocol (IFP) packet transmission. The value of '0' indicates that no redundant Internet FAX packets will be transmitted during the T.38 FAX relay connection.

This object is used to repeatedly apply the writable objects of ccasIfExtVoiceCfgTable specified in the same SNMP PDU starting from the row specifies by the index of the instance for the number of rows specified in this object. The order of operation is iterated through the logical order of the DS0 group. Whether the iteration will be applied across the physical boundary or not is depended on the system implementation.

This object is used for error checking of the operation specified in ccasIfExtVoiceCfgRepetition. The value of this object is set by the SNMP manager with its own identifier at the same time as issuing the bulk operation by setting ccasIfExtVoiceCfgRepetition. Later on, the SNMP manager should check the value of this object, if it is the same with the SNMP manager name, then the value of ccasIfExtVoiceCfgBulkCfgResult indicates the result of the bulk operation initiated by this SNMP manager.

This object is used for error checking of the operation specified in ccasIfExtVoiceCfgRepetition. This object indicates the result of the bulk configuration initiated by the SNMP manager specified in the value of ccasIfExtVoiceCfgBulkCfgOwner.

This object specifies the hangover time for VAD. Once the voice inactivity is detected, gateway will wait for this duration before activating silence suppression.

This object specifies whether the Idle Channel suppression (ICS) is enabled for an AAL2 connection.

This object specifies a timeout value for ICS integration timer. This timer is started once channel idle is detected. When the timer is expired, the gateway will stop transmitting bearer data to network. Instead, the CAS keep-alive packets will be sent.

This object specifies which tone plan the DS0 group is using for playing the tones.

This object specifies the H.248 media gateway link that this DS0 group belongs to. This object is applicable only if the value of ccasGrpCfgServiceType is 'h248(9)'.

This object specifies the H.248 packages supported in this DS0 group. This object is applicable only if the value of ccasGrpCfgServiceType is 'h248(9)'.

This object specifies the action of the voice band data signal events handling in this DS0 group. The real-time detected voice band data events are categorized by VoiceBandDataEventType defined in CISCO-VOICEBAND-DATA-PROFILE-MIB. The value of this object is cvbdpEventMappingIndex in cvbdpEventMappingTable. The event handling action is specified by the entry of cvbdpEventMappingTable indexed by the combination of the value of ccasIfExtVoiceCfgGatewayIndex, the value of this object and real-time voice band data event specified by VoiceBandDataEventType.

This object specifies the media gateway index that this DS0 group belong to. The value of this object is cmgwIndex in cMediaGwTable.

This object specifies the index of CAS profile that is used by this DS0 group. The value of this object is ccasProfileIndex in ccasIfExtProfileTable. This object is applicable only when the DS0 group is in a DS1 line whose signal mode is configured for CAS signaling, which means the dsx1SignalMode of the DS1 line is set to 'robbedBit(2)' for T1, or 'bitOriented(3)' for E1. If the DS1 is not configured for CAS and if the CAS profile index, ccasIfExtDs0GrpCasProfile is specified, the set operation will be rejected, and if it were not specified, it will default to a value 0. When the DS1 line is configured for CAS signaling, all the DS0 channels (ccasGrpCfgDs0Channels) in the DS1 line must be in one and only one DS0 group. If the DS1 is configured for CAS and if the CAS profile index, ccasIfExtDs0GrpCasProfile is not specified, the default CAS profile is 1.

This object specifies the index of CAS variant that is used by this DS0 group. The value of this object is the same as the value of ccasVariantIndex in ccasIfExtVariantTable. This object is applicable only when the DS0 group is in a DS1 line whose signal mode is configured for CAS signaling, which means the dsx1SignalMode of the DS1 line is set to 'robbedBit(2)' for T1, or 'bitOriented(3)' for E1. When the DS1 line is configured for CAS signaling, all the DS0 channels (ccasGrpCfgDs0Channels) in the DS1 line must be in one and only one DS0 group. It is a mandatory object when DS1 is configured for CAS. If the DS1 is not configured for CAS and ccasIfExtDs0GrpCasVariant is specified, the set operation will be rejected, and it has a default value 0 when it is not specified.

This object contains the bit map of the failure DS0 channels in the DS0 group. The MSB (most significant bit) is DS0 channel number 1. For T1, only higher 24 bits are used to specify the the CAS channels for the CAS group. A 1-bit indicates the failure channel in group and a 0-bit indicates it isn't.

This object specifies the type of comfort noise generation: (1) none: No comfort noise generation (2) simple: Cisco Proprietary comfort noise generation (3) g711A2: ITU G.711 Appendix II compliant This object is applicable only if 'ccasVoiceCfgNoiseRegEnable' is set to 'true'. When Voice Activation Detection(VAD) is enabled by setting 'ccasIfExtVoiceCfgVadEnabled' to 'true', 'ccasVoiceCfgNoiseRegEnable' indicates whether or not the background comfort noise should be played to fill the silence gaps. If 'ccasVoiceCfgNoiseRegEnable' is set to 'false', this object contains value 'none(1)'. Enumeration: 'simple': 2, 'none': 1, 'g711A2': 3.

The voice interface extended table defines the parameters related to the configuration of voice interfaces (DS0 group of DS1). This table extends the ccasVoiceCfgTable. Each table entry describes an instance of a voice interface configuration (DS0 group of DS1) in a media gateway.

Each entry represents a DS0 group interface.

This object is used to repeatedly apply the writable objects of ccasIfExtDs0GrpCfgTable specified in the same SNMP PDU starting from the row specifies by the index of the instance for the number of rows specified in this object. The repetition operation works differently for different DS0 channel bitmap configuration. When the DS0 channel bitmap is configured to contain a single DS0 channel, the order of operation is iterated through the value of DS0 group and the logical order of DS0 channel; When the DS0 channel bitmap is configured to contain more than one DS0 channels, the order of operation is iterated through logical order of DS1 channel, and all the iteration operations use the same DS0 channel bitmap configuration. The repetition iteration will stop once the value of iterated value reaches its maximum limit. In the case of a single DS0 channel configuration, the repetition will stop when either the value of the DS0 group or the DS0 channel has reached its maximum. For multiple DS0 channel configuration, the repetition will stop once the value of DS1 reaches its maximum.

This object is used for error checking of the operation specified in ccasIfExtDs0GrpRepetition. The value of this object is set by the SNMP manager with its own identifier at the same time as issuing the bulk operation by setting ccasIfExtDs0GrpRepetition. Later on, the SNMP manager should check the value of this object, if it is the same as the SNMP manager name, then the value of ccasIfExtDs0GrpRepeatResult indicates the result of the bulk operation initiated by this SNMP manager.

This object is used for error checking of the operation specified in ccasIfExtDs0GrpRepetition. This object indicates the result of the repetition initiated by the SNMP manager specified in the value of ccasIfExtDs0GrpRepeatOwner.

This table specifies a list of CAS profiles. Each CAS profile consists of the configurable CAS attributes related to: . Line signal timers table, ccasIfExtLineSignalTimerTable. . Register signals table, ccasIfExtRegisterSignalTable. . Register signal timers table, ccasIfExtRegSignalTimerTable. . General configurations table, ccasIfExtGeneralConfigTable. A CAS profile can be applied to a DS0 group of the DS1 line with CAS signaling. A DS1 line is configured for CAS signaling when its dsx1SignalMode is set to 'robbedBit(2)' for T1 or 'bitOriented(3)' for E1.

Each entry represents a CAS profile in media gateway.

This object uniquely identifies the CAS profile. The value of 1 specifies the default CAS profile in the media gateway.

This object specifies the attributes of CAS line signaling timers indicated by ccasLSTIndex in ccasIfExtLineSignalTimerTable.

This object specifies the attributes of CAS register signals indicated by ccasRSIndex in ccasIfExtRegisterSignalTable.

This object specifies the attributes of CAS register signaling timers indicated by ccasRSTIndex in ccasIfExtRegSignalTimerTable.

This object specifies the general CAS attributes indicated by ccasGCnfIndex in ccasIfExtGeneralConfigTable.

When the entry is created, all the associated entries indexed by the following objects must be existing: ccasProfileLineSigTimer, ccasProfileRegisterSignal, ccasProfileRegSigTimer, ccasProfileGeneralCfg. The entry of the default CAS profile indexed by 1 is created by the system automatically, it cannot be added, deleted, or modified.

This table specifies a list of CAS signaling protocols such as R2 CAS, Feature Group D Oprerator Services ( FGD OS). Each CAS variant is downloaded to and parsed by the media gateway. A CAS variant can be applied to a DS0 group of the DS1 line with CAS signaling. A DS1 line is configured for CAS signaling when its dsx1SignalMode is set to 'robbedBit(2)' for T1 or 'bitOriented(3)' for E1.

Each entry represents a CAS variant in media gateway. Upon the creation of the entry, the CAS variant specified by ccasVariantFile will be downloaded to the media gateway. After the file is successfully parsed by the media gateway, a corresponding entry in ccasIfExtIncomingLineSignalTable and a corresponding entry in ccasIfExtOutgoingLineSignalTable will be automatically created. When the entry is deleted, the corresponding entry in ccasIfExtIncomingLineSignalTable and the corresponding entry in ccasIfExtOutgoingLineSignalTable will be deleted by the system automatically.

An arbitrary value which uniquely identifies the CAS variant in the media gateway.

This object specifies the valid file name with extension '.o' stored on the media gateway's hard disk. The CAS variant file can be transferred to the media gateway via FTP text file transfer mechanism.

This object specifies the source from where the CAS variant file must be fetched. . internal: Value indicates that the file is built into the firmware. . external: Value indicates that the file is to be downloaded from the media gateway. Enumeration: 'internal': 1, 'external': 2.

This object indicates the number of DS0 groups of the DS1 line which are used for the CAS variant.

This object indicates the configuration status of the CAS variant. . initInProgress: The state machine is being initialized. . initSuccessfully: The state machine was initialized properly. . initFailed: The intialization failed. Enumeration: 'initFailed': 3, 'initInProgress': 1, 'initSuccessfully': 2.

When the entry is created, the ccasVariantFile object is mandatory. The entry can be added or deleted, but not modified by the manager.

This table defines the parameters related to the incoming line signals for CAS variant. The appropriate signal definitions from this table will be downloaded to the media gateway. The media gateway will use the information provided in this table to match the incoming bit pattern to a particular signal.

Each entry represents an incoming line signal definition for the CAS variant corresponding to the CAS Variant index. Entries in this table are implicitly created when a CAS variant file is parsed when an entry is created in the CAS variant table to add a new variant. Entries are implicitly removed when the CAS variant associated with these entries is removed.

This object specifies the Signal Name index for the various CAS line signals. This object along with the cmgwIndex and ccasVariantIndex identify an unique entry in this table.

This object indicates CAS signal name corresponding to the ccasILSSignalNameIndex. The media gateway uses ccasILSRxPattern along with following objects: ccasILSMatchedRxPattern ccasILSMatchedTxPattern ccasILSMinMakeTime ccasILSMaxMakeTime ccasILSMinBreakTime ccasILSMaxBreakTime to determine a ccasILSSignalName.

This object indicates the ABCD bit pattern of the signal being received on the DS0.

This object indicates the previous matched ABCD bit pattern that was received on the DS0.

This object indicates the current ABCD bit pattern being transmitted on the DS0.

This object specifies the minimum time for which the received pattern (ccasILSRxPattern) must persist to be considered a valid state change or transition. If the state change lasts for less than this time, it does not match the signal name.

This object specifies the maximum time for which the Rx pattern (ccasILSRxPattern) must persist to be considered a valid state change or transition. The value of 0 indicates there is no maximum make time for this signal. The value of ccasILSMaxMakeTime must be greater and equal ccasILSMinMakeTime. If the value is non-zero and the state change lasts for more than the maximum value specified, it does not match the signal name.

This object specifies the minimum time for which the ABCD bit pattern being received on the line, and should go back to its original signal pattern after the make pattern has been asserted. The value of 0 indicates there is no minimum break time for this signal. If the value is non-zero and the state change lasts for less than the minimum break time specified, it does not match the signal name.

This object specifies the maximum time for which the ABCD bit pattern being received on the line, and go back to its original signal pattern after the make pattern has been asserted. The value of 0 indicates there is no maximum break time for this signal. The value of ccasILSMaxBreakTime must be greater than and equal ccasILSMinMakeTime. If the value is non-zero and the state change lasts longer than the maximum break time specified, it does not match the signal name.

This table defines the parameters related to for the outgoing line signals pertaining to that CAS variant.

Each entry represents an incoming line signal definition for the CAS variant corresponding to the CAS Variant index. Entries in this table are implicitly created when a CAS variant file is parsed when an entry is created in the CAS variant table to add a new variant. Entries are implicitly removed when the CAS variant associated with these entries is removed.

This object specifies the Signal Name index for the various CAS Line signals. This object along with the ccasVariantIndex identify a unique entry in this table.

This object indicates outgoing CAS signal name.

This object indicates the ABCD transmit bit pattern.

This object specifies the time value for which the Tx Pattern being transmitted.

This object specifies the time value for which the pattern being transmitted will switch to the original pattern before the Tx pattern was asserted on the line. The value of 0 indicates there is no break time for this signal.

This table defines all timers related to the CAS Line signals.

Each entry represents a CAS Line Signal Timer in media gateway.

An arbitrary index that uniquely identifies a entry in the ccasIfExtLineSignalTimerTable. The index 1 is reserved for the default entry.

This object specifies the maximum amount of time MG will wait for receipt of the idle signal on the line. For T1 interfaces idle signal corresponds to on-hook pattern on line. For E1 interfaces idle signal corresponds to idle pattern on line. The value of 0 indicates the timer will not be started and MG would wait forever.

This object specifies the value of the timer that the GW will start at the request of the controlling application such as MGC for receipt of the clear forward signal on the line. This object is applied to R2 CAS.

This object specifies the value of the timer that the GW will start at the request of the controlling application such as MGC for receipt of the clear backward signal. This object is applied to R2 CAS.

This object specifies the delay between reception of the clear forward signal and the sending of the idle signal. Upon reception of the clear forward signal, GW starts the release guard timer. Upon expiry of this timer, the idle signal is generated. This timer is required to prevent seizing of the channel immediately. This object is applied to R2 CAS.

This object specifies the maximum amount of time MG will wait for other end to back out when glare occurs on a DS0 line. Change in incoming off-hook signal to on-hook signal with-in this time frame indicates that other end has backed down.

The object specifies the delay between generation of the answer signal and the generation of the meter signal. The GW will start this timer after having sent the line answer signal.

This object specifies the amount of time for which the line signal should persist to be valid. The value of ccasLSTCASDebounceTimer must be less than or equal the value of following objects: ccasILSMinMakeTime, ccasILSMaxMakeTime, ccasILSMinBreakTime, ccasILSMaxBreakTime in ccasIfExtIncomingLineSignalTable.

This object specifies the maximum amount of time MG will wait for reception of seize ack signal. Seize Ack signal is expected in response of seize signal. This object is applied for both R2 CAS and non R2 CAS.

This object specifies the timer that will be started after register signaling completes successfully, within which the answer line signal should be received. This applies to outgoing R2 registers. The value of 0 indicates the timer will not be started and MG would wait forever.

This object specifies the amount of time that the GW should wait for the reception address digits after sending seize ack signal. The value of 0 indicates the timer will not be started and MG would wait forever.

This object is used for adding, deleting, and modifying the entries from the ccasIfExtLineSignalTimerTable. A default entry with index value 1 is created at initialization, and it cannot be modified or deleted.

This table defines the signal to action definitions for the Register signals for R2 variant.

Entries are configured per country. When DS0 groups are associated with a CAS profile, it is also associated with one of these entries if the CAS variant is an R2 variant. Entries are explicitly created modified and deleted by managers. When the country is specified, the rest of the objects of this entry are populated with known defaults. These can be overridden via configuration. Entries with index 1 are reserved for the ITU defaults. This entry may not be added, modified or deleted. In this table, no two actions can have the same signal defined for it. The signal to action mapping should be unique.

This is an arbitrary index that uniquely identifies an entry in this table. This parameter is mandatory when creating an entry.

This object specifies the country where the meaning for the signal definition/action applies. This parameter is mandatory when creating an entry. When the R2 country (ITU or other) is specified, the default values for the rest of the MIB objects are populated based on this.

This object is used to describe a variation within a particular country.

This object specifies a backward signal requesting transmission of the next ANI digit (n + 1) after reception of digit n. The default value is country specific.

This object specifies a backward signal requesting transmission of the next DNIS digit (n + 1) after reception of digit n. The default value is country specific.

This object specifies a backward signal requesting transmission of the previous ANI or DNIS digit (n - 1) after reception of digit n. The default value is country specific.

This object specifies a backward signal indicating that the incoming R2 register at the incoming end needs no additional address digit and is about to go over to transmission of a Group B signal conveying information about the condition of the equipment at the incoming exchange or the condition of the called subscribers line. The default value is country specific.

This object specifies a backward signal indicating that: . Congestion of national links. . Congestion in selection stages of terminal international or national exchanges. . Occurrence of time-out or abnormal release of a System R2 register produced for any reason. The default value is country specific.

This object specifies a backward signal requesting for a calling party category information or a Group II signal. The default value is country specific.

This object specifies a backward signal indicating that the R2 register at the incoming end needs no additional digit, but will not send Group B signals. The call has to be charged on answer. The default value is country specific.

This object specifies a backward signal requesting the sending of the ANI or DNIS digit (n - 2) after reception of digit n. The default value is country specific.

This object specifies a backward signal requesting the sending of the ANI or DNIS digit (n - 3) after reception of digit n. The default value is country specific.

This object specifies a backward signal requesting the country code indicator. The default value is country specific.

This object specifies a backward signal requesting the language digit or the discriminating digit. . Operator assistance: requesting a language digit. . Automatic call: requesting a discriminating digit. The default value is country specific.

This object specifies a backward signal requesting information regarding the nature of the circuits involved in the connection so far, i.e. satellite link or not. The default value is country specific.

This object specifies a backward signal requesting information regarding the nature of echo suppressor being used in the connection. The default value is country specific.

This object specifies a backward signal indicating: . Congestion on international links. . Congestion in selection stages at an international transit exchange or at a terminal international exchange and/or its outgoing links. . Occurrence of time-out or abnormal release of a System R2 register produced for any reason. The default value is country specific.

This object specifies a backward signal requesting switch to reception of group C signals. The default value is country specific.

This object specifies a backward signal requesting resending of the last digit just sent out. The default value is country specific.

This object specifies a backward signal requesting for out pulsing of the called digits or DNIS from beginning. The default value is country specific.

This object specifies a backward signal indicating that SIT tone should be played towards the calling party. The default value is country specific.

This object specifies a backward signal indicating that the line or lines connecting the called subscriber to the exchange are busy or engaged. The default value is country specific.

This object specifies a backward signal indicating that congestion condition has occured after the changeover to Group B signals. The default value is country specific.

This object specifies a backward signal indicating that the dialed or called number is invalid or not in use (e.g. an unused country code, an unused trunk code or subscriber number that has not been allocated). The default value is country specific.

This object specifies a backward signal indicating that the called party's line is free and that the call has to be charged on answer. The default value is country specific.

This object specifies a backward signal indicating that the called party line is free but is not to be charged on answer. The default value is country specific.

This object specifies a backward signal indicating that the called party line is out of service or faulty. The default value is country specific.

This object specifies a backward signal indicating that an announcement follows this indication. The default value is country specific.

This object specifies a backward signal requesting the other exchange to switch to reception of group A and send the next DNIS digit. The default value is country specific.

This object specifies a backward signal requesting the other exchange to switch to reception of group A and send the DNIS digits from the beginning. The default value is country specific.

This object specifies a backward signal requesting the other exchange to switch to reception of group A and resend the last DNIS digit sent out. The default value is country specific.

This object specifies a backward signal requesting the end receiving this signal to send the subscriber category information and switch to grp B from group C. The default value is country specific.

This object specifies a backward signal indicating that congestion occurred in the network when in group C signaling state. The default value is country specific.

This object specifies a forward signal indicating that ANI digits are available. This is used in country variants like India to indicate that the ANI digits are available when the backward signal requesting for ANI digits is received, before pulsing out the actual ANI digits. The default value is country specific.

This object specifies a forward signal indicating that there are no ANI digits available for out pulsing. The default value is country specific.

This object specifies a forward signal indicating that there are no more ANI digits to out pulse and the calling party can not be revealed to the called party. The default value is country specific.

This object specifies a forward signal indicating that there are no more ANI digits to out pulse and the calling party can be revealed to the called party. The default value is country specific.

This object specifies a forward signal indicating the end of DNIS digits. The default value is country specific.

This object specifies a forward signal indicating that there is no calling party category (information) available to be sent out. The default value is country specific.

This object specifies a forward signal. When it is used as the first forward signal and it indicates that: . A country code will follow on an international link. . The call requires echo suppressors. The default value is country specific.

This object specifies a forward signal. When it is used as the first forward signal and it indicates that: . A country code will follow on an international link. . The call may not require any echo suppressor. The default value is country specific.

This object specifies a forward signal. When it is used as the first forward signal and it indicates that: . A country code will follow on an international link. . The outgoing half echo suppressor has to be inserted. The default value is country specific.

This object specifies a forward signal indicating that: . The outgoing half echo suppressor has been inserted. . The incoming half echo suppressor is required. The default value is country specific.

This object specifies a forward signal. When it is used as the first forward signal and indicates that the call is being originated by test equipment. The default value is country specific.

This object specifies a forward signal indicating that a satellite link is included in the connection. This signal is sent in response to backward signal requesting for nature of circuit. The default value is country specific.

This object specifies a forward signal indicating that no satellite link is included in the connection. This signal is sent in response to backward signal requesting for nature of circuit. The default value is country specific.

This object specifies a forward signal indicating the digit that separates or distinguishes different information blocks in the forward signals being generated or received. The default value is country specific.

This object specifies a forward signal indicating that the language to be used for an operator assisted call. The default value is country specific.

This object specifies a forward signal indicating that the language to be used for an operator assisted call. The default value is country specific.

This object specifies a forward signal indicating that the language to be used for an operator assisted call. The default value is country specific.

This object specifies a forward signal indicating that the receiving backward signal could not be processed or defined. The default value is country specific.

This object specifies a forward signal indicating that the call is set up from a subscriber's line and is non-priority. The default value is country specific.

This object specifies a forward signal indicating that the call is set up from a subscriber's line to which priority treatment of calls has been accorded. This signal is specified to national trunks only. The default value is country specific.

This object specifies a forward signal indicating that the call is set up from a subscriber's line to which priority treatment of calls has been accorded. This signal is specified to international trunks only. The default value is country specific.

This object specifies a forward signal indicating that the call comes from maintenance equipment. The default value is country specific.

This object specifies a forward signal indicating that the call is setup from an operator. The default value is country specific.

This object specifies a forward signal indicating that the call is being used for national data transmission. The default value is country specific.

This object specifies a forward signal indicating that the call is being used for international data transmission. The default value is country specific.

This object specifies a forward signal indicating the call is being set up from a subscriber's line, operator's position or from maintenance equipment and no forward transfer signal will be used. The default value is country specific.

This object specifies a forward signal indicating the call is set up from an operator's position with possibility of recourse to the forward transfer facility. The default value is country specific.

This object specifies a forward signal indicating the subscribers have a meter. The default value is country specific.

This object specifies a forward signal indicating the subscribers have an International Direct Dial facility. The default value is country specific.

This object is used to interpret the meaning of the first ANI digit for both receiving and transmitting when sent and received. .firstANIDigit: First ANI digit. .aniAvailableOrNot: Indication as to whether ANI is available or not. .subscriberCategory: Subscriber category. The default value is country specific. Enumeration: 'subscriberCategory': 3, 'firstANIDigit': 1, 'aniAvailableOrNot': 2.

This object specifies the entry index from which values for the objects not specified in the set operation will be copied over from. If both the country index and this object are specified, this object takes precedence. If this object is not specified for an entry, it defaults to the entry index.

This object determines the sequence in which information will be gathered by the incoming register. Only a set of predefined characters can be used in the octet string notation of the sequence. The special character and the alphabet strings allowed are listed below: '/' - Separator between different elements of information that should be collected. - Indicates how many digits of the following information element should be collected before switching to collecting the next information element. Number always precedes one of the information elements such as D or A. If no number is specified, all of the digits for that information element are collected before fetching digits for next info element. di - DNIS/Destination number/dialed number/called number. si - ANIS/Source number/calling number. sc - Subscriber Category. cc - Country Code. es - Echo Suppression Information. noc - Nature of Circuit. disc - Discriminator Digit. The default value is country specific.

This object specifies the information element that will take precedence when being sent out as the first forward register signal for an outgoing call. This can be either the first DNIS digit, indication that country code follows or the language/discriminator digit. When all the above information is available at the GW, this object determines which one will be sent out first for each option, list is from most preferred to least preferred. .dniscclangdisc: First DNIS, country code indication, language/discriminator. .dnislangdisccc: First DNIS, language/discriminator, country code indication. .cclangdiscdnis: Country code indication, language/ discriminator, first DNIS. .ccdnislangdisc: Country code indication, first DNIS, language/discriminator. .langdiscccdnis: Language/discriminator, country code indication, first DNIS. .langdiscdniscc: Language/discriminator, first DNIS, country code indication. The default value is country specific. Enumeration: 'cCLangDiscDnis': 3, 'dnisLangDiscCC': 2, 'langDiscDnisCC': 6, 'cCDnisLangDisc': 4, 'langDiscCCDnis': 5, 'dnisCCLangDisc': 1.

This object is used for adding, modifying, and deleting the entries from the ccasRegisterSignalTable. A default entry with index value 1 is created at initialization, and it cannot be modified or deleted.

This table defines the timers related to the CAS register signals.

Each entry represents a CAS Register Signal Timer in media gateway.

An arbitrary index that uniquely identifies a entry in the ccasIfExtRegSignalTimerTable. The index of 1 is reserved for the default entry.

This object specifies the timer that is started after having sent out the last forward digit within which the backward register answer signal should be received. Normally it would be same as the compelled forward tone on timer, ccasRSTCompelledFwdToneOnTimer, but in some country variants, this could be different.

This object specifies the period for which the forward digit tone stays on, waiting for a reception of the backward signal in compelled signaling. This timer is started after the forward signal digit is turned on.

This object specifies the period for which the forward signal digit is turned off in compelled signaling. This timer is started after the backward signal is received and after the forward signal digit is turned off on the outgoing interface.

This object specifies the period for which the backward signal stays on waiting for the forward digit signal to go off in compelled signaling. This timer is started after the backward signal is sent in response to the forward signal digit.

This object specifies the timer is started after the forward digit tone is sent out. Tone is turned off after the timer expires. This object applies to outgoing R2 registers where the forward signals are sent as pulses for non-compelled signaling.

This object specifies the interval between two forward pulse tones. This object applies to outgoing R2 registers where the forward signals are sent as pulses for non-compelled signaling.

This object specifies the period for which the forward digit pulse can be on. The timer is started after the forward digit signal is received, and stays on until the forward digit being received is turned off. This object applies to incoming R2 registers where the forward signals are received as pulses for non-compelled signaling.

This value specifies the period for which the backward pulse is on before it is turned off. This object applies to incoming R2 registers where the forward signals are received either continuously or as a pulse but the backward signals are sent as a pulse in semi-compelled or non-compelled signaling mode respectively. It also applies to compelled signaling where certain backward signals are sent as pulses.

This object specifies the duration within which the register signaling should complete for an incoming call. This timer is started as soon as the first forward register signal is received.

This object specifies the duration within which the register signaling should complete for an outgoing call. This timer is started when the first forward register signal is sent out.

This object specifies the interdigit timer for the collection of called party number (DNIS) for R2 signaling when there is no digit map associated with the digits being gathered. This timer is started after receiving each called digit, and expiry of this timer indicates that there are no more called party digits to receive.

This object is used for adding, deleting and modifying the entries from the ccasIfExtRegSignalTimerTable. A default entry with index value 1 is created at initialization, and it can not be modified or deleted.

This table defines the general parameters related to CAS variant.

An entry represents a general attribute for CAS variant in media gateway.

An arbitrary index that uniquely identifies a entry in the ccasIfExtGeneralConfigTable. The index of 1 is reserved for the default entry.

This object specifies a glare policy. It is used only if CAS DS0 directionality of the endpoint is bidirectional, and is applicable for non R2 variants. . rptSzOnGlareTmrExp (1): When glare is detected, the GW will wait for the timeout value specified in the glare timer object or until incoming call attempt is removed by the other exchange/switch. If the far end does not back off due to wrong configuration, and the GW times out, it reports the seize event to the controlling application. . rptSzOnGlareDet (2): When glare is detected, the GW will signal the seizure event to the controlling application. . rptRelOnGlareTmrExpAndGoOnHook (3): When glare is detected, the GW will wait for the timeout value specified in the glare timer object OR until incoming call attempt is removed by the other exchange/switch. If the far end does not back off, due to wrong configuration, and the GW times out, it reports the release event and goes onhook, upon detection of on hook from the far end the GW will send the rlc event to the controlling application. . goOnHookOnGlareDet (4): When glare is detected, the GW will go on hook and let the far end switch continue. Enumeration: 'rptRelOnGlareTmrExpAndGoOnHook': 3, 'rptSzOnGlareDet': 2, 'goOnHookOnGlareDet': 4, 'rptSzOnGlareTmrExp': 1.

This object indicates whether GW should read the CAS related timer parameters from the CAS Variant file downloaded for that endpoint or to read from the MIB. This gives the flexibility of configuring different CAS related timer values for different endpoints associated with the same CAS variant. Enumeration: 'casVariantFile': 1, 'mib': 2.

This object specifies the register signaling mode for a R2 registers.

This object specifies the line signaling type that will be used for the R2 line signaling. . digital (1): The digital line signaling is typically used for PCM systems. Only A and B bits are used to indicate line signaling states, while C and D bits may be optionally used. . analog (2): The analog line signaling is typically used for carrier systems. Only A bit is used to represent tone-on and tone-off indication to signal the line signaling states, while the B, C, and D bit are fixed. . pulse (3): The Pulse type line signaling is typically used for satellite links. It uses tones sent as pulses to indicate line signaling states. Enumeration: 'pulse': 3, 'analog': 2, 'digital': 1.

This object specifies the ring back signal type of FGD protocol. . wink (1): A pulse which is a timed transition from on hook to off hook and back to on hook. . wink and tone (2): A pulse which is a timed transition from on hook to off hook and back to on hook, and followed by a tone with a frequency of 700Hz & 1700 Hz. Enumeration: 'wink': 1, 'winkAndTone': 2.

This object specifies the power of the high frequency signal component for incoming call.

This object specifies the power of the low frequency signal component for incoming call.

This object specifies a negative power twist when the power level of the low frequency component is set to relatively higher than the high frequency component for incoming call.

This object specifies a positive power twist when the power level of the high frequency component is set to relatively higher than the low frequency component for incoming call.

This object specifies a power level which is used for detection of on hook to off hook transition for incoming call.

This object specifies the power level of the low frequency component for outgoing call. The power level of the high frequency component of outgoing call is relative above or below the value specified in object ccasGCnfOutCallPowerTwist. If the value of ccasGCnfOutCallPowerTwist is 0, the power level of the high frequency component as well as the low frequency component is specified by this object.

This object specifies the relative power level of the high frequency component for outgoing call. When this object is set to 0, the power level of both frequency components is set to the same level. When this object is set to a positive value, the power level of the high frequency component is set to relatively higher specified in this object than the low frequency component, ccasGCnfOutCallLoFreqPower. For example if ccasGCnfOutCallLoFreqPower is set to -12 dBm and this object is set to 5, the power level of the high frequency component becomes -7 dBm. When this object is set to a negative value, the power level of the high frequency component is set to relatively lower specified in this object than the low frequency component. For example if ccasGCnfOutCallLoFreqPower is set to -12 dBm and this object is set to -10, the power level of the high frequency component becomes -22 dBm.

This object specifies the duration during which the digit tone is generated for outgoing call.

This object specifies the silence between digit tones for outgoing call.

This object specifies the country code digits.

This object specifies the echo cancellation mode, and it is applicable to an outgoing R2 register. Enumeration: 'outgoingHalfEchoRequired': 2, 'outgoingHalfEchoSuppressorInserted': 3, 'noEchoRequired': 1, 'incomingHalfEchoSuppressorRequired': 4.

This object specifies the subscriber category types: . (1) subscriber without priority . (2) subscriber with priority . (3) maintenance equipment . (4) operator call . (5) data national transmission . (6) subscriber or operator without forward transfer . (7) operator with forward transfer . (8) data international transmission Enumeration: 'dataNationalTransmission': 5, 'dataInternationalTransmission': 8, 'maintenanceEquipment': 3, 'operatorWithForwardTransfer': 7, 'operatorCall': 4, 'subscriberOrOperatorWithoutForwardTransfer': 6, 'subscriberWithPriority': 2, 'subscriberWithoutPriority': 1.

This object specifies if there is any satellite link in the path: . (1) Satellite link is not included. . (2) Satellite link is included. Enumeration: 'included': 2, 'notIncluded': 1.

This object specifies the Compelled Signaling type: . enbloc (1): The called number is forwarded in a block. . overlap (2): The called numder is forwarded one at a time. . endtoend (3): The signaling between register over two or more links in tandem without regeneration in intermediate exchanges. Enumeration: 'endtoend': 3, 'enbloc': 1, 'overlap': 2.

This object specifies the transmit digit order in which ANI and DNIs will be dialled out when the controlling application gives both the the calling party number and the called party number to the CAS module for dialing out in a single request. Enumeration: 'aniDnis': 1, 'dnisAni': 2.

This objects specifies the digit detect mode that the GW should be opened with for reception of digits. . dtmf (1): Dual tone multifrequency . mf (2): Multifrequency . dp (3): Dial pulse This object applies to non R2 interfaces. Enumeration: 'mf': 2, 'dtmf': 1, 'dp': 3.

This object specifies the duration between two consecutive metering pulses, if it changes more than value specified in this parameter then an event will be triggered to MGC.

This object specifies the amount of time that the GW must wait for receiving digits after generating the seize ACK or start dial indication for an incoming call. The value of 0 indicates the timer will not be started and GW would wait forever.

This object specifies the period between receiving digits. The timer is not started until the first digit is received. The GW starts this timer during digit collection when at least one or more digits is required for a digit string to match any allowed pattern in the digit map. The timer is restarted after every new digit is received. This continues until the digit string matches at least one pattern in the digit map. The value of 0 indicates the timer will not be started and GW would wait forever.

This object specifies the period between receiving digits. The GW starts this timer during digit collection when the digit string that it has collected matches at least one pattern in the digit map, but reception of another digit could change the match to a different pattern. In this case, GW waits to confirm that no more digits are received while this timer is running before reporting the match to the MGC. The value of 0 indicates the timer will not be started and GW would report immediately.

This object specifies long duration event when placed in front of a digit. It indicates that that position is satisfied only if the duration of the event exceeds the long-duration threshold.

This object specifies the timer in the GW waiting for the MGC to provide the rest of the information for CAS signaling. During overlap CAS signaling, for an outgoing call, the MGC might specify a part of the digits to be signaled out of the GW while it is waiting to collect the rest of the information that also needs to be signaled. In this case, if the GW has finished signaling all the available digits, it can start this timer to wait for the MGC to specify the rest of the information. The backward signal from the far end can also request for information that the MGC has not yet specified to the GW. In this case also, this timer is started to wait for the MGC to provide the information needed by the GW.

This object specifies the digit type to pulsed from the GW such as: .dtmf - Dual tone multifrequency. .mf - Multifrequency. .dp - Dial pulse. This parameter can be overridden by MGC. In the event that the MGC does not specify the digit type, the value of this object is used. Enumeration: 'mf': 2, 'dtmf': 1, 'dp': 3.

This object specifies the direction in which CAS calls will be accepted on this endpoint. .bidirectional - Accepts both incoming and outgoing calls. .incoming - Accepts incoming calls only. .outgoing - Accepts outgoing calls only. Enumeration: 'bidirectional': 1, 'outgoing': 3, 'incoming': 2.

This object specifies the time that the MG should wait for the receipt of pulse (on hook pulse or off hook pulse). The value of 0 indicates the timer will not be started and MG would wait forever.

This object specifies the initial delay that must be applied on an outgoing trunk before the digits are pulse out. The value of 0 indicates the timer, ccasGCnfInitialDelay will start immediately.

This object specifies the maximum number of calling party digits to collect for reporting to the MGC. The MGC can overridden this value, and a value of 0 indicates that there is no limit and all numbers till end of calling party signaling must be accumulated.

This object is used for adding, modifying, deleting the entries from the ccasExtIfGeneralConfigTable. A default entry with index value 1 is created at initialization, and it can not be modified or deleted.

The compliance statement for the SNMP entities which implement ciscoCasIfExtMIB. This has been replaced by ccasIfExtMIBComplianceRev1.

The compliance statement for the SNMP entities which implement ciscoCasIfExtMIB. This has been replaced by ccasIfExtMIBComplianceRev2.

The compliance statement for the SNMP entities which implement ciscoCasIfExtMIB. This has been replaced by ccasIfExtMIBComplianceRev3.

The compliance statement for the SNMP entities which implement ciscoCasIfExtMIB.

This group contains objects that apply to the DS0 group of DS1 configuration in media gateways.

This group contains objects that apply to the bulk configuration for the DS0 group associated voice specific parameters in media gateway.

This group contains objects that apply to the DS0 group of DS1 configuration in media gateways.

This group contains objects that apply to the DS0 group of DS1 configuration for CAS.

A collection of objects providing information applicable to CAS Profile.

A collection of objects providing information applicable to Line Signal.

A collection of objects providing information applicable to Register Signal.

A collection of objects providing information applicable to timer.

A collection of objects providing information applicable to general CAS configuration.

This group contains supplemental objects that apply to the voice configuration in media gateways.