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An ASCII string for description and display of the agent chassis version.

This entry indicates the number of physical slots in the chassis.

This entry indicates the total number of physical IO slots in the chassis, (not all slots hardware should be occupied and active) .

This entry indicates the number of physical Power Supply slots in the chassis.

This entry indicates the number of physical Common Logic slots in the chassis.

This entry indicates the date and time format used for the agnSDateAndTimeCmd and for the alarm history report. Enumeration: 'yyyyMMDD': 4, 'yyyyDDMM': 3, 'mmDDYYYY': 2, 'ddMMYYYY': 1.

This entry indicates the current date as it is known by the agent using its own real-time clock. The format would be as specified by the agnSDateFormat. This parameter can be set for time synchronization between the NMS and the Agent.

This entry indicates the current time as it is known by the agent using its own real-time clock. This parameter can be set for time synchronization between the NMS and the Agent.

This entry specifies the unique identifier of the configuration, that is currently active and running.

This entry indicates the unique identifier of the configuration that is currently loaded into the tmp working space for manipulation and update operations. Value of 255 means no config. is under editing process.

This entry indicates the Date & Time of the last flip to the current configuration at the agent.

This entry describes the flip's cause.

This entry indicates which MMI application is working on the edited config. The editing phase starts at the first modify operation and ends after an update(load) operation. Enumeration: 'none': 1, 'terInbandCon1': 5, 'terInbandCon2': 6, 'snmp': 2, 'lcd': 7, 'terCon2': 4, 'terCon1': 3.

This entry indicates the source of the system clock. Enumeration: 'fallback': 2, 'internal': 3, 'master': 1.

Indicates the alarm state in the agent level, i.e. lower level (card/port) alarms not included. critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state of the entire agent, i.e. including card and port alarms status. critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state in the agent level,[ i.e. lower level (card/port) alarms not included] including Masked alarms. critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state of the entire agent, i.e. including card and port alarms status,including Masked alarms. critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

on(3) - when there is at least one test in progress in one of the agent cards, otherwise the value will be off(2). Enumeration: 'on': 3, 'off': 2.

List of agent related alarms and indications for alarms at system level.

An entry in table.

A unique number to identify an entry in the alarm status table of the agent.

This attribute is a full text description of the alarm . The alarm description includes the following information: alarm code, alarm text, alarm severity, Masked or Inverted flag and counter.

A code identifying the alarm of an entry in the alarm status table at system level.

The severity of the alarm. Enumeration: 'major': 5, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

State of the alarm. Enumeration: 'on': 3, 'off': 2.

A counter - how many times the alarm occured since last clear operation. ON and OFF Alarm will be counted separately.

Alarm mask : on/off. Enumeration: 'on': 3, 'off': 2.

Alarm invert : on/off. Enumeration: 'on': 3, 'off': 2.

Setting this attribute to ON, enforce a clear operation on all the agent(general) events. General alarms are alarms which are not specific to a card or port. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

Setting this attribute to ON, enforce a clear operation on all MUX alarm events at the levels of agent, slots and ports. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

Upon completion of the Sanity check process on the TmpCnfg this attribute will be set to: FAIL(2) - when there is at least one error encountered and possibly some warnings. WARNING(3) - when there are only warnings. otherwise, the value will be OK(4). The value will be UNKNOWN(1) if changes were made in the TmpCnfg following the last Sanity check. Enumeration: 'fail': 2, 'unknown': 1, 'warning': 3, 'ok': 4.

This entry indicates the number of errors/warnings discovered by the last SanityCheck process.

List of errors and warnings found during Sanity Check process.

An entry in table.

Unique number to identify an entry in the error list table. The maximum entry value cannot exceed the value of 'agnSNoOfSanityCheckErr'.

This attribute is a full text description of the sanity check error including error code, slot and port numbers related to the code .

Maximum number of configurations that can be defined and stored in the MUX. If the mux has a large capacity, the maximum will be limited to 254.

This table contains an entry per configuration. It indicates if the configuration is valid.

An entry in table.

Unique number to identify an entry in the configuration table.

This attribute indicates whether the specific configuration is valid in the MUX . Value of NO indicates: no such configuration in the MUX. Enumeration: 'yes': 3, 'no': 2.

Setting this attribute to on(3) will initiate the process of Sanity check on the TmpCnfg. Upon completion the value will automatically be changed to off(2). Enumeration: 'on': 3, 'off': 2.

This attribute specifies the Id of the target RealCnfg to which the TmpCnfg should be transferred. Upon set command the MUX will initiate the Sanity-Check process first. If successful, the actual transfer will be performed. If warnings are detected, the user will have to perform the command again to confirm the operation. Setting this object a second time to the same value without performing any change in the database, will cause the result: agnSSanityCheckStatus = unknown

This attribute specifies the Id of the source Cnfg to be loaded into the TmpCnfg. Upon set operation the actual transfer will be initiated. The operation is valid only on Valid configurations (agnSEntryIsValid)

All the entries of this table are identical (have the same value) for all the configurations (1..100) except the TmpCnfg. The write operation into the Table Objects is valid only for the TmpCnfg entry.

An entry in table.

This attribute indicates the Idx of the Cnfg(1..100) being accessed and Idx 255 relates to the TmpCnfg.

An index to the table. There are only two entries to this table. Index 1 points to the Master clock parameters and Index 2 points to the Fallback clock parameters

The source of the nodal timing. Enumeration: 'adaptive': 3, 'internal': 1, 'rxClk': 2.

This entry is valid only when we are working in rxClk mode. For an invalid entry, the return value will be '7fff'h. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'notApplicable': 1, 'io11': 15, 'io10': 14.

This entry is valid only when we are working in rxClk or adaptive mode. For an invalid entry, the return value will be '7fff'h. - For rxClk mode, the values can be: exPrt1 (1) , exPrt2 (2) , exPrt3 (3) , exPrt4 (4) , exPrt5 (5) , exPrt6 (6) , exPrt7 (7) , exPrt8 (8) , exPrt9 (9) , exPrt10 (10) , exPrt11 (11) , exPrt12 (12) , notApplicable (100), inPrt1 (101) , inPrt2 (102) , inPrt3 (103) , inPrt4 (104) - For adaptive mode, the value will be the ifIndex of the selected IP Bundle.

Setting this attribute will delete the requested DB from the NVRAM .

Setting this attribute will define the desired working configuration when no conditions of the Flip DB Table are fulfilled and no Net GO command was issued. This command will be accepted only if the Configuration number exists (agnSEntryIsValid=yes).

This table contains data about the agent configurations. The table will support only data about valid configurations of the agent.

An entry in table.

This object indicates the Idx of the agent' Cnfg the following objects refer. 255=Temporary Cnfg (Set is done only to this configuration).

This object is a description of the Configuration, entered by user, to enhance Cnfg recognition.

This object indicates the date when last update of this configuration was performed, as it is known by the agent using its own real-time clock. The format would be as specified by the agnSDateFormat. When update is performed, the agent should save the date.

This object indicates the time when last update of this configuration was performed, as it is known by the agent using its own real-time clock. When update is performed, the agent should save the time.

This object indicates the IP Address of the Manager who performed the last update of this configuration. When update is performed, the agent should save the IP Address of the Manager who commanded the update. That will enable a manager to know if he performed the last update, or another manager did.

Window of time, in seconds. During this Window, the alarms filter is performed. Same Window for all agent alarms that need filtering. Upon end of the Window, the state of the alarm is updated and a new Window starts. If no alarm needs filtering, this object's value will not be used.

This table enables the user to set attributes to each alarm. Setting for a non-existing entry agnCnfgAlrMask, agnCnfgAlrInvert or agnCnfgAlrFilter to 'yes'(or yesAndSave for Mask) will add this new entry to the table. Setting for an existing entry agnCnfgAlrMask/ agnCnfgAlrInvert/agnCnfgAlrFilter (one or more) to 'no' (noAndSave for Mask) so that ALL these objects' values are 'no' , will delete this entry from the table. For agnCnfgAlrMask, only if [(last saved value=noAndSave) AND (new value is 'no' or 'noAndSave')] the object's value is considered 'no' for deleting the entry. For some products (like MP, MPH, Vmux2100) the Active Alarms are always part of the table and cannot be removed even if their Mask/Invert/Filter are No.

An entry in table.

The alarm code. The following attributes refer this code.

The alarm slot. The following attributes apply for the alarm code and slot selected. all = the attributes apply to all slots. notApplicable = the selected alarm is for system level. For the Vmux2100 Main Board clA (3) is used. Enumeration: 'io13': 17, 'all': 200, 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5, 'io15': 19, 'io14': 18, 'notApplicable': 255.

The alarm port. The following attributes apply for the alarm code,slot and port selected. 200 = all = the attributes apply to all ports of the selected slot. When selected Slot is 'all', only 'all' or 'notApplicable' are valid Port selections. notApplicable = the selected alarm is for system or card level. =255 for MP =100 for DXC - For MP: - valid cards' ports are: exPrt1(1)..exPrt16(16) inPrt1(101)..inPrt48 (148) - IP Bundles - For DXC, the port index will include the Slot, as for all DXC tables: [(IO Slot+10)&n] ; n=odd for external ports n=even for internal ports.

An attribute defining the desired Mask state of an alarm . no - unmask (this command is not saved in agent's common database) noAndSave - unmask ; this command is saved in agent's common database yes - mask (this command is not saved in agent's common database) yesAndSave - mask ; this command is saved in agent's common database. Commands that are not saved, will be lost upon power-up or selected card removal. Enumeration: 'yesAndSave': 4, 'yes': 3, 'noAndSave': 2, 'no': 1.

An attribute defining the desired Invert state of an alarm . no - not inverted. yes - inverted. For MP, it is not applicable for alarms that are currently OFF. Enumeration: 'yes': 3, 'no': 2.

An attribute defining if Filter is desired for the alarm . no - no filter. yes - filter activate. This filter is activated within a window of time defined by agnCnfgAlrFilterWindow. Its purpose is to avoid frequent changes of an alarm between ON/OFF states. Enumeration: 'yes': 3, 'no': 2.

This is a top threshold causing the alarm that passes it, to be declared Set (ON) at the end of the respective window of time. - For alarms defined by default as state alarms (minor,major) this value will be in [%]. - For alarms defined by default as events, this value will be an integer meaning how many times this event should appear at least, during the window in order to be considered ON. The maximum value will be 255. This value should be greater than the one of agnCnfgAlrFilterReset. Agents that do not support Alarms Filter, will return 0.

This is a bottom threshold causing the alarm that does not pass it, to be declared Reset (ON) at the end of the respective window of time. - For alarms defined by default as state alarms (minor,major) this value will be in [%]. - For alarms defined by default as events, this value will be an integer meaning how many times this event should appear at most, during the window, in order to be considered OFF. This value should be less than the one of agnCnfgAlrFilterSet. Agents that do not support Alarms Filter, will return 0.

An attribute defining desired severity of an alarm code per slot/port Enumeration: 'major': 5, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

This table enables the user to configure the desired Alarm Reports according to alarms severity.

An entry in table.

The alarm report type. trap - traps will be sent only for alarms having the selected On/Off severity or higher. buffer - only alarms having the selected On/Off severity and higher, will be reported to the buffer. relay - relay contact will be activated only for alarms having the selected On severity or higher. For products having 2 relays, this is the R1 Relay. alrLedOn/alrLedBlink - user should select a higher severity (ReportOn) for alrLedBlink than for alrLedOn (Blinking Led means a more severe alarm than steady ON Led). alrLedOn - MTCL-1 Alarm Led will be ON only when agnSAlrStatusAll equals the selected severity or higher, but lower severity than that selected for 'alrLedBlink'. For products having 2 LEDs, this is the Minor LED. alrLedBlink - MTCL-1 Alarm Led will Blink only when agnSAlrStatusAll equals the selected severity or higher. For products having 2 LEDs, this is the Major LED. relay2 - relay 2 contact will be activated only for alarms having the selected On severity or higher. This is the R2 Relay. Enumeration: 'relay': 3, 'buffer': 2, 'alrLedBlink': 5, 'alrLedOn': 4, 'trap': 1, 'relay2': 6.

This object specifies the severity from which alarms will be reported. Alarms having this severity or higher, will be reported. This object specifies the report severity only for alarms that turn to ON state. noReport - no Report at all (for any severity). Enumeration: 'major': 5, 'noReport': 2, 'critical': 7, 'warning': 6, 'event': 3, 'minor': 4.

This object specifies the severity from which alarms will be reported. Alarms having this severity or higher, will be reported. This object specifies the report severity only for alarms that turn to OFF state. notApplicable - for 'relay','alrLedOn','alrLedBlink', 'relay2' report types, in MP. noReport - no Report at all (for any severity). Enumeration: 'major': 5, 'notApplicable': 1, 'noReport': 2, 'critical': 7, 'warning': 6, 'event': 3, 'minor': 4.

An object defining special user request. notApplicable - is RO value for products that do not support this object. normal - nothing special u1 - user 1 - for all Voice cards, the DISPLAYED Tx and Rx Levels will have the following Offsets: - 2 Wires port: Tx Level: the base value (for 0dBm) = 0 Rx Level: the base value (for 0dBm) = -2 - 4 Wires port: Tx Level: the base value (for 0dBm) = -16 Rx Level: the base value (for 0dBm) = 7 The MIB and application DB will use the values without Offset. Enumeration: 'notApplicable': 1, 'u1': 3, 'normal': 2.

Configuration of all T1/E1 Ring ML cards and ports. The write operation into the table objects is valid only for the TmpCnfg. A Slot/Port that does not participate in the T1/E1 Ring, will not exist in this table. A ML port that exists in this table, cannot exist at the same time in the IO Redundancy table (sysCRdnTable).

An Entry in table agnCT1E1RingTable

This object indicates the Idx of the Cnfg(1..255) being accessed ; Idx of 255 relates to the TmpCnfg.

The slot number of the Primary card of the Ring Pair. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

The port number in the Primary Card. For external ports, the value will be as that of the port in the card. Example: external-3 -> 3 external-4 -> 4 For internal ports, the value will be 100 + the port in the card. Example: internal-1 -> 101 internal-4 -> 104

The slot number of the Secondary card of the Ring Pair. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

The port number in the Secondary Card. For external ports, the value will be as that of the port in the card. Example: external-3 -> 3 external-4 -> 4 For internal ports, the value will be 100 + the port in the card. Example: internal-1 -> 101 internal-4 -> 104

T1/E1 Ring Recovery Time (sec). Valid Values: 1..99, 65535. 65535=NA.

This parameter allows NMS to create/delete entries of this table. The only possible supported RowStatus vaules are active (1) and destroy (6).

T1/E1 Ring Wait to Restore (sec). Valid Values: 0..999, 65535. 65535=NA. When the value <> 65535, the value of agnCT1E1RingRecTime must be 65535.

T1/E1 Ring - Dual Failure Detection enable/disable. Enumeration: 'enable': 3, 'disable': 2.

An object defining the Main Exit Port for the Data of the device. In the Vmux-120 Device the Data can Exit via one of the 2 existing ports: 1. Ethernet port (2) 2. A port that can be E1 or T1 or a Serial Link (3). Enumeration: 'notApplicable': 1, 'eth': 2, 'e1T1SerialLink': 3.

Configuration for Primary, Secondary and Third Link. These are used for Link Backup.

An Entry in table agnCBuMlTable

This object indicates the Index of the Configuration database (1..255) being accessed. Index of 255 relates to the Temporary Configuration.

The Role of the Link. Primary Link is the Link that should usually work. If the Primary Link fails, the data will go through the Secondary Link. If both Primary and Secondary Links fail, the data will go through the Third Link, provided it is up. Enumeration: 'fourth': 5, 'primary': 2, 'third': 4, 'secondary': 3.

The Type of the Link. For E1/T1 the Link can be Link A - e1T1a or Link B - e1T1b. Enumeration: 'eth': 5, 'none': 2, 'e1T1a': 3, 'e1T1b': 4.

Default Gateway's IP Address.

The Link subnet mask.

Time in sec. between 2 OAM packets.

No. of cycles the Link will send OAM packets without receiving a response from the remote Link before switching to the Backup Link.

This object defines traffic recovery time (in milliseconds) of the link after its recovery. This object is applicable only when Recovery Mode is revertive.

Table for the device Q50 parameters. Q50 is a Signaling protocol used between PBX devices. It is possible to control the initiation of calls using Q.50. This is useful for devices when there is a congestion.

An Entry in table agnCQ50Table

This object indicates the Index of the Configuration database (1..255) being accessed. Index of 255 relates to the Temporary Configuration.

This object indicates the Bandwidth Threshold percent (%) above which new Calls from the PBX will be disabled.

This object indicates the Bandwidth Threshold percent (%) above which voice packets will be discarded. Usually, the value selected should be higher than the value of agnCQ50StopCallsThresh.

This object indicates the Modem VBD Calls Threshold percent (%) above which new modem calls will be rejected.

This object indicates the Modem Relay Calls Threshold percent (%) above which new modem calls will be rejected.

A table.

An entry in table.

This attribute indicates the Type of the Compressed being referred.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute is the compressed information itself.

A table.

An entry in table.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates a unique identifier of the Dlci, the compressed information relates to. The values are between 16 - 991.

This attribute is the compressed information itself.

A table.

An entry in table.

This attribute indicates the version of the internal format of the Compressed data

A unique number to identify an entry in the alarm status table of the agent.

This attribute is the compressed information itself.

A table.

An entry in table.

This attribute indicates the version of the internal format of the Compressed data

A unique number to identify an entry in the history alarms buffer of the agent.

This attribute is the compressed information itself.

A table.

An entry in table.

The version of the compressed data

Unique number to identify an entry in the errors list table. The maximum entry value cannot exceed the value of 'agnSNoOfSanityCheckErr'.

This attribute is a full text description of the error, including: error code, slot and port numbers related to the code .

A table.

An entry in table.

This object indicates the version of the internal format of the Compressed data.

This object indicates the configuration to which the Compressed information is related. 255=temporary configuration. Set can be performed only to the temporary configuration.

This object indicates the Slot to which the Compressed information is related. For MP-2100: IO-1..IO-12 = (5).. (16) For DXC-30 : IO-1..IO-15 = (5).. (19). NA=255.

This object indicates the Port within the Slot, to which the Compressed information is related. For Port Index see each product's spec.

This object indicates the PDU index within the same port. That provides for the case when one PDU is not sufficient for all TS Assignment data of the same port.

This object is the compressed information itself. It provides information about all TSs of a port.

A table.

An entry in table.

This attribute indicates the Type of the Compressed being referred. One of the types is V5.1 Variant data.

This attribute indicates the version of the internal format of the Compressed data.

3rd index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant, this attribute indicates the configuration to which the Compressed information is related. 255=temporary configuration. Set can be performed only to the temporary configuration.

4th index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant,this attribute indicates a unique number of the slot position where the card is inserted. Valid values: psA(1),psB(2),clA(3),clB(4),io1(5)..io12(16); notApplicable=255.

5th index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant,this attribute indicates a unique identifier of the port the compressed information relates to. Valid values: exPrt1 (1) .. exPrt12 (12) , inPrt1 (101) .. inPrt48 (148).

6th index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant,this attribute indicates the Variant index. Valid values are: 0..127, 255 (= temp cnfg).Set can be performed only to the temporary configuration.

7th index - can be used for any purpose according to the agnXCmprTypIdx. Example: for V5.1 Variant,this attribute is not needed. Therefore, its value will be always 255=notApplicable.

This attribute is the compressed information itself.

A table.

An entry in table.

This attribute indicates a unique number to identify this entry

This entry is a unique text description of the alarm in the buffer. The alarm description includes the following information: alarm code, slot id, card type, channel id , alarm text, alarm status, masked flag and event counter

A code identifying the alarm of an entry in the alarm buffer table.

The slot number this alarm refers to. When the alarm refers to a system alarm, the value will be 'notApplicable(255)'. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io7': 11, 'io10': 14, 'io1': 5, 'notApplicable': 255.

The port number this alarm refers to. If the port number is irrelevant to this alarm (if it is a system/card level alarm) the value will be 9999.

The severity of the alarm. Enumeration: 'major': 5, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

State of the alarm (On/Off). Enumeration: 'on': 3, 'off': 2.

Setting this attribute to ON, will enforce a clear operation on the Alarms Buffer. Upon completion, the value will automatically change to off(2). For MP-2100/2200, this command will not really erase the Alarm Buffer, but is only an ACK of seeing the Buffer. It marks a pointer of the last entry's alrBufIdx, in order to allow view of new alarms entered after this pointer (alrBufIdxUponLastAck). Enumeration: 'on': 3, 'off': 2.

This attribute indicates the value of alrBufIdx for the last existing entry of alrBufTable, when alrBufferClearCmd was last Set to on(3). That will enable a user to see only Alarms that entered the alrBufTable after last Set of alrBufferClearCmd, by GetNext of alrBufDescription with this index.

This table devides the week days into categories needed for DB flip consideration.

An entry in table.

Active or Temporary Agenda Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

Day of week Enumeration: 'monday': 2, 'tuesday': 3, 'friday': 6, 'wednesday': 4, 'thursday': 5, 'sunday': 1, 'saturday': 7.

The Category of the Day Enumeration: 'weekend': 3, 'partialWorkday': 2, 'fullWorkday': 1.

This table holds the Net Events the MUX should trace

An entry in table.

Active or Temporary Net Events Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

Entry within the table

Indicates if the entry is valid. In order to Add/Modify parameters of an entry, this object should be set to Yes. In order to delete an entry, this object should be Set to No. Enumeration: 'yes': 3, 'no': 2.

The Net Event type Enumeration: 'congestion': 3, 'linkDown': 2, 'time': 1.

The Net Event No. (Bit Index)

The slot to which the net event relates . Not applicable for time event Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'clA': 3, 'io1': 5, 'io2': 6, 'io12': 16, 'notApplicable': 1, 'io11': 15, 'io10': 14, 'clB': 4.

The port within the relevant slot. Valid values: - extPrt1(1)..exPrt16(16) - notApplicable(100) - inPrt1(101)..inPrt84(184)

The time in seconds since the Net Event was reported as ON until it is considered as ON. Not relevant for time events.

The time in seconds since the net event was reported as OFF until it is considered as OFF. Not relevant for time events.

The time event relates to all days defined in this category in the agnCAgendaTable. Applicable only for time event Enumeration: 'notApplicable': 1, 'partialWorkday': 3, 'fullWorkday': 2, 'weekend': 4.

The time event will be activated at this time. The format is hh:mm.

The time event will be deactivated at this time. The format is hh:mm.

The DB Flip Decisions Table

An entry in table.

Active or Temporary Flip Decisions Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

Entry number within the table

Indicates if the entry is valid. In order to Add/Modify parameters of an entry this object should be Set to Yes. In order to delete an entry, this object should be Set to No. Enumeration: 'yes': 3, 'no': 2.

A logical expression composed of events numbers (which were configured in the 'AgnCFlipNetEvantsTable') and logical operators ('|', '&', '!', '(', ')') between them. e.g - (1 & !2) | (121 & 230)

The ID of the required DB

Indicates whether the Mux should start discarding all DE. (MP3000 Only). Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

Setting this attribute to on(3) will initiate the process of Sanity check on the Temp Flip Db and automatically be changed to off(2). Enumeration: 'on': 3, 'off': 2.

Setting this attribute to on(3) will initiate the process of Sanity check on the Temp Flip Db and if it is OK, it will save the Flip Db in the NVRAM, activating the new Flip DB . If check detects errors, the save will not be performed. Afterwards, the object's value will change automatically to off(2). Enumeration: 'on': 3, 'off': 2.

This attribute specifies the Id of the target NVRAM Cnfg to which the TmpCnfg should be transferred. Upon set command the MUX will initiate the Sanity-Check process first. If successful, the actual transfer will be performed. If warnings are detected, the user will have to perform the command again to confirm the operation. Setting this object a second time to the same value without performing any change in the database, will cause the result: agnSSanityCheckStatus = unknown. This attribute doesn't cause actual Flip.

Setting this attribute to on(3) will save the Temp Flip DB Into the NVRAM without actual flip. Enumeration: 'on': 3, 'off': 2.

Setting this attribute to On will broadcast a 'GO' command to the network. When a Mux receives a 'GO' command it issues a delay for 'agnCNetDelay' seconds and then activates the DB which was pre-defined by one of the commands : 'agnCSaveNetCnfgIdxCmd' or 'agnCSaveNetFlipDbCmd'. Enumeration: 'on': 3, 'off': 2.

This attribute determines the period of time in seconds that takes for a message to be transferred over all the network. After a 'GO' command the MUX issues a delay of 'agnCNetDelay' before activating the appropriate DB. The delay will be applied only after performing agnCSaveFlipDbCmd.

This object determines if the Net Events will be Broadcasted to other Muxes of the Net or not. disabled - Net Events will NOT be Broadcasted enabled - Net Events will be Broadcasted. Default=disabled. The value will be applied only after performing agnCSaveFlipDbCmd. Enumeration: 'disabled': 2, 'enabled': 3.

When agnCNetEventsBcast is enabled, this object determines the interval of time in seconds, between two consecutive Net Events transferred over the network. Default=40 sec. The interval will be applied only after performing agnCSaveFlipDbCmd.

This object indicates the status of the switches on the stand-alone unit. Each switch is represented by a bit. The status is a sum of 2**n, according to the bits: bit 0 NMS (LSB) bit 1 Terminal '1' = forces the DCE to be terminal with Rate=9600bps, Data bits=8, Stop bits=1 bit 2 Xray bit 3 SW-Load '1' = when SW is loaded bit 4 DBS Default of all bits=0 When the status of these switches is unknown, the value of this object is 255.

A decoding table . For each type of list, a description is given for each existing code.

An entry in table.

The type of list the decoding data refers to. alr - Alarms list sanity - Sanity Check Error list. counter - Counter type of ifPerfCounterType Enumeration: 'sanity': 2, 'counter': 3, 'alr': 1.

The specific code for which decoding is needed.

The description fitting the specific code and type of list required.

This object is applicable only for agnListDecodingType=alr. It reports the default state/severity of each alarm. User can change the severity of the alarms defined by this default via the agnListDecodingSeverity object. Enumeration: 'major': 5, 'notApplicable': 1, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

This object is applicable only for agnListDecodingType=alr. It enables the user to select a severity for each alarm. The severity is set per alarm code (same for all slots/ports using this code). event - can be set only for an alarm that is defined by default as 'event'. User can change the severity of the alarms defined by default as minor or major. The severity of an event may be set to another severity, but the change will actually happen only if the event threshold is active and passed the Set/ON condition. An event alarm that passed the threshold and changed its severity, will return automatically to event severity when meeting its Reset/OFF condition. Enumeration: 'major': 5, 'notApplicable': 1, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

This object indicates the ACM slot, desired for outbound relay (report) for the selected alarm. In the ?004 Unit the entries io6(10)..io12(16) are not valid. none - when agnListDecodingType=alr AND the selected alarm should not be reported by an ACM card. notApplicable - when agnListDecodingType=sanity OR when [agnListDecodingType=alr and there is no ACM card installed in the Mux]. Enumeration: 'none': 1, 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This object indicates the ACM port within the slot, desired for outbound relay (report) for the selected alarm. notApplicable - when agnListDecodingType=sanity OR when agnListDecodingAcmRelaySlt=notApplicable. Enumeration: 'notApplicable': 255, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

The write operation into the Table Objects is valid only to the TmpCnfg entry.

An entry in table.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. This is the Source Slot of the DLCI. vs=Voice Switching In the ?004 Unit the entries io6(10)..io16) are not valid. For ISDN BRI ports of MX300/30 units: io1(5) = isdn1(5) and io2(6) = isdn2(6) LSlotIdx is defined according one of the following possiblities: 1. LSlotIdx is < HSlotIdx. 2. LSlotIdx is = HSlotIdx and LPrtIdx is < HPrtIdx. 3. LSlotIdx is = HSlotIdx and LPrtIdx is = HPrtIdx but LIdx is < HIdx. Enumeration: 'vs': 254, 'io8': 12, 'io9': 13, 'cl': 3, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique external or internal port number, including linkSelector or encapsulator. This is the Source Port of the DLCI. 100=noConnect (for voice switching) LPrtIdx is defined according one of the following possiblities: 1. LSlotIdx is < HSlotIdx. 2. LSlotIdx is = HSlotIdx and LPrtIdx is < HPrtIdx. 3. LSlotIdx is = HSlotIdx and LPrtIdx is = HPrtIdx but LIdx is < HIdx.

This attribute indicates a unique index for each possible used DLCI(16..991). This is the Source Side of the DLCI. 0=notApplicable (for voice switching) LIdx is defined according one of the following possiblities: 1. LSlotIdx is < HSlotIdx. 2. LSlotIdx is = HSlotIdx and LPrtIdx is < HPrtIdx. 3. LSlotIdx is = HSlotIdx and LPrtIdx is = HPrtIdx but LIdx is < HIdx.

This attribute indicates a unique slot position In the Mux where the DLCI is routed to - Destination Slot. For ISDN BRI ports of MX300/30 units: io1(5) = isdn1(5) and io2(6) = isdn2(6) In the ?004 Unit the entries io6(10)..io16) are not valid Enumeration: 'io8': 12, 'io9': 13, 'cl': 3, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number where the DLCI is routed to - Destination Port.

This attribute indicates a unique internal connection DLCI number where the Source DLCI is routed to - the Destination Side of the DLCI.

This attribute indicates a unique Tx committed bandwidth on the user transmit line or at the port receive line. Enumeration: 'txBc1280Kbps': 27, 'txBc1856Kbps': 32, 'txBc512Kbps': 22, 'txBc1472Kbps': 29, 'zero': 2, 'txBc14400bps': 7, 'txBc384Kbps': 20, 'txBc1024Kbps': 25, 'txBc1152Kbps': 26, 'txBc48000bps': 12, 'txBc320Kbps': 19, 'txBc1792Kbps': 43, 'txBc192Kbps': 17, 'txBc1920Kbps': 33, 'txBc6400bps': 4, 'txBc1536Kbps': 42, 'txBc224Kbps': 39, 'txBc896Kbps': 24, 'txBc1600Kbps': 30, 'txBc28800bps': 9, 'txBc256Kbps': 18, 'txBc38400bps': 11, 'full': 1, 'txBc672Kbps': 41, 'txBc1728Kbps': 31, 'txBc336Kbps': 40, 'txBc168Kbps': 38, 'txBc8300bps': 5, 'txBc2048Kbps': 35, 'txBc32000bps': 10, 'txBc19200bps': 8, 'txBc1344Kbps': 28, 'txBc5100bps': 3, 'txBc448Kbps': 21, 'txBc768Kbps': 23, 'txBc16000bps': 36, 'txBc112Kbps': 37, 'txBc9600bps': 6, 'txBc57600bps': 14, 'txBc56000bps': 13, 'txBc1984Kbps': 34, 'txBc64Kbps': 15, 'txBc128Kbps': 16.

This attribute indicates a unique Tx excess bandwidth on the user transmit line or at the port receive line. Enumeration: 'txBe5100bps': 3, 'txBe768Kbps': 23, 'txBe32000bps': 10, 'txBe1344Kbps': 28, 'txBe1472Kbps': 29, 'txBe1984Kbps': 34, 'txBe1856Kbps': 32, 'zero': 2, 'txBe64Kbps': 15, 'txBe1152Kbps': 26, 'txBe512Kbps': 22, 'txBe16000bps': 36, 'txBe56000bps': 13, 'txBe192Kbps': 17, 'txBe38400bps': 11, 'txBe128Kbps': 16, 'txBe19200bps': 8, 'txBe384Kbps': 20, 'txBe224Kbps': 39, 'txBe320Kbps': 19, 'txBe1920Kbps': 33, 'txBe256Kbps': 18, 'full': 1, 'txBe6400bps': 4, 'txBe896Kbps': 24, 'txBe57600bps': 14, 'txBe1600Kbps': 30, 'txBe48000bps': 12, 'txBe336Kbps': 40, 'txBe2048Kbps': 35, 'txBe14400bps': 7, 'txBe1792Kbps': 43, 'txBe9600bps': 6, 'txBe1024Kbps': 25, 'txBe1280Kbps': 27, 'txBe168Kbps': 38, 'txBe28800bps': 9, 'txBe1728Kbps': 31, 'txBe112Kbps': 37, 'txBe672Kbps': 41, 'txBe1536Kbps': 42, 'txBe448Kbps': 21, 'txBe8300bps': 5.

This attribute indicates a unique Rx committed bandwidth on the user receive line or at the port transmit line. Enumeration: 'rxBc8300bps': 5, 'rxBc64Kbps': 15, 'rxBc19200bps': 8, 'rxBc768Kbps': 23, 'rxBc28800bps': 9, 'rxBc112Kbps': 37, 'zero': 2, 'rxBc1920Kbps': 33, 'rxBc1152Kbps': 26, 'rxBc224Kbps': 39, 'rxBc38400bps': 11, 'rxBc57600bps': 14, 'rxBc1344Kbps': 28, 'rxBc1600Kbps': 30, 'rxBc256Kbps': 18, 'rxBc896Kbps': 24, 'rxBc6400bps': 4, 'rxBc448Kbps': 21, 'rxBc1536Kbps': 42, 'rxBc1856Kbps': 32, 'rxBc168Kbps': 38, 'rxBc9600bps': 6, 'rxBc48000bps': 12, 'rxBc192Kbps': 17, 'rxBc672Kbps': 41, 'rxBc128Kbps': 16, 'full': 1, 'rxBc14400bps': 7, 'rxBc56000bps': 13, 'rxBc336Kbps': 40, 'rxBc16000bps': 36, 'rxBc1024Kbps': 25, 'rxBc512Kbps': 22, 'rxBc1984Kbps': 34, 'rxBc1472Kbps': 29, 'rxBc1280Kbps': 27, 'rxBc384Kbps': 20, 'rxBc320Kbps': 19, 'rxBc2048Kbps': 35, 'rxBc1728Kbps': 31, 'rxBc32000bps': 10, 'rxBc5100bps': 3, 'rxBc1792Kbps': 43.

This attribute indicates a unique Rx excess bandwidth on the user receive line or at the port transmit line. Enumeration: 'rxBe8300bps': 5, 'rxBe672Kbps': 41, 'rxBe256Kbps': 18, 'rxBe1856Kbps': 32, 'rxBe16000bps': 36, 'rxBe320Kbps': 19, 'rxBe14400bps': 7, 'zero': 2, 'rxBe32000bps': 10, 'rxBe336Kbps': 40, 'rxBe1344Kbps': 28, 'rxBe168Kbps': 38, 'rxBe64Kbps': 15, 'rxBe57600bps': 14, 'rxBe112Kbps': 37, 'rxBe1024Kbps': 25, 'rxBe128Kbps': 16, 'rxBe224Kbps': 39, 'rxBe5100bps': 3, 'rxBe1152Kbps': 26, 'rxBe512Kbps': 22, 'rxBe1536Kbps': 42, 'full': 1, 'rxBe1792Kbps': 43, 'rxBe38400bps': 11, 'rxBe2048Kbps': 35, 'rxBe1280Kbps': 27, 'rxBe896Kbps': 24, 'rxBe9600bps': 6, 'rxBe1920Kbps': 33, 'rxBe19200bps': 8, 'rxBe28800bps': 9, 'rxBe1984Kbps': 34, 'rxBe192Kbps': 17, 'rxBe768Kbps': 23, 'rxBe1728Kbps': 31, 'rxBe1600Kbps': 30, 'rxBe48000bps': 12, 'rxBe1472Kbps': 29, 'rxBe6400bps': 4, 'rxBe448Kbps': 21, 'rxBe384Kbps': 20, 'rxBe56000bps': 13.

This attribute indicates a unique priority of the pcv. 1 is the lowest priority and 7 is the highest priority.

This attribute indicates the status of the pvc. The status is disconnected(1) when one of the sides is programmed as not connected Enumeration: 'connected': 2, 'disconnected': 1.

This object refers to sending of RIP messages: - yes : RIP messages will be sent ONLY if there is a change in the Net. - no : RIP messages will be always sent. This object is relevant only when one side of the DLCI is a CL-NMS interface. Default=no. Enumeration: 'yes': 3, 'no': 2.

This object selects Funnel activation: - disabled: Funnel operation will be disabled. The agnDlciTxBe and agnDlciTxBc values are not used for funneling. - enabled : Funnel operation will be enabled both for Source and Destination of the DLCI. The agnDlciTxBe and agnDlciTxBc values are used for funneling calculations. - source: Funnel operation will be enabled only for the Source of the DLCI. - destination:Funnel operation will be enabled only for the Destination of the DLCI. This object is relevant only for an encapsulating DLCI. In case of a Link Selector DLCI, the agnDlciTxBe and agnDlciTxBc values are used for bandwidth of Link Selector. Default=disabled. Enumeration: 'disabled': 2, 'source': 4, 'destination': 5, 'enabled': 3.

This object is relevant only when one side of the DLCI is a CL-NMS interface. It defines which Routing Protocol will be used for management via CL-NMS port. notApplicable will be used for all slots but CL. rip is a proprietary rip protocol. Default=rip. Enumeration: 'notApplicable': 1, 'none': 4, 'rip': 2, 'rip2': 3.

This attribute allows to create/delete a row in this table. For creating a row, the NMS should set agnRowStatus.255.id2.id3.id4.id5.id6.id7 = active(1). For destroying a row, the NMS should set: agnRowStatus.255.id2.id3.id4.id5.id6.id7 = destroy(6). Only rows with status active(1) are relevant. The only possible supported RowStatus vaules are active (1) and destroy (6).

MXcess Configuration for Voice Switching.

An entry in table.

Active or Temporary Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

1 or 2 digits, (0-9)(1-9).

1, 2 or 3 digits, (1-9),(0-9),(0-9).

Number of hops the frame will go through the net before deciding to discard the frame (like time-to-live in IP). 0 = notApplicable Default=20 .

SIDT: Short Inter Digit Timeout used as timer (in sec.) between digits after routing is completed. The timeout indicates end of dialing and the call can then be setup. 0 = notApplicable Default=2 sec.

LIDT: Long Inter Digit Timeout used as timer between digits before routing is completed. If no digits were dialed and LIDT expired then the user will get an error tone and the call will be disconnected. 0 = notApplicable Default=15 sec.

This is the Dialing Plan method that will be used in the Voice Switching. Static Dialing Plan - Routing is defined by the current device Zone and Node ID in the Network. Static Dialing Plan Plus - Includes the Static Dialing Plan but contains an addition of defining the number of dialed digits. Flexible Dialing Plan - Routing is defined in a flexible form. In this plan the user can configure the extension number of a local voice channel, Route a call to a remote destination and enter the Number of Digits for a specific dial prefix. Enumeration: 'flexDialPlan': 4, 'staticDialPlanPlus': 3, 'staticDialPlan': 2.

Routing Table for Voice Switching.

An entry in table.

Active or Temporary Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

The Index of the row.

Dialed digits: Series of digits 0...9, '*', '#' or '%'. The '*' and '#' can have many uses according to the user's decision. For example, they can be used as part of the Dialed Number, they exist on the phone number panel. '*' can also be used instead of a series of numbers. The '%' means any digits (wildcard) and is used without a series of digits. When the agnVoiceSwConfRtAction is del (7), the series of digits that are configured via this MIB object will be deleted from the prefix of the dialed number.

Action that the system should perform for the digits: agnVoiceSwConfRtDigits. The action that is allowed depends on the Dialing Plan. Here is the list of the allowed actions: For Static Dialing Plan - zone, node, in, shortDialing, hgr, del, rep For Static Dialing Plan Plus - zone, node, in, shortDialing, hgr, del, rep, numDigDP For Flexible Dialing Plan - hgr, del, rep, numDigDP, route, ext Enumeration: 'node': 3, 'zone': 2, 'pri': 9, 'rep': 8, 'hgr': 6, 'shortDialing': 4, 'notApplicable': 1, 'ext': 13, 'del': 7, 'bri': 10, 'in': 5, 'numDigDP': 11, 'route': 12.

This field is relevant for actions hgr(6), and rep(8), numDigDP(11) and contains the following information: For hgr - the number of the Hunt Group. For rep - the number of digits to be replaced with. For numDigDP - the number of digits collected before establishing the call. 0 indicates no defined length. In this case SIDT will be used.

Routing Slot- Relevant for actions zone(2), node(3), shortDialing(4), route(12), ext(13). Enumeration: 'io8': 12, 'io9': 13, 'cl': 3, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'notApplicable': 255.

Routing Port- Relevant for actions zone(2), node(3), shortDialing(4), route(12), ext(13). 100=noConnect (for non-routing case).

Routing DLCI- Relevant for actions zone(2), node(3), shortDialing(4), route(12), ext(13). Valid values: 0=notApplicable (for non-routing case). 1, 16..991

Status of the row for creating/deleting entries in the table. The only possible supported RowStatus vaules are active (1), notInService (2), notReady(3), createAndGo(4), createAndWait(5) and destroy(6).

Maximum no. of simultaneous voice calls that are allowed in the direction defined by the current entry. Default=0 (No Limit).

This attribute indicates a unique priority of the Voice Switching Route. 1 is the lowest priority and 7 is the highest priority. 0 means N/A

Table of Hunt Groups.

An entry in table.

Active or Temporary Table. Both configurations can be read but only the Temporary can be written to. Enumeration: 'active': 1, 'temporary': 255.

For Vmux-300 devices - This object represents a combination of - Hunt Group number and Extension number OR - Port number and Extension number. For other devices (e.g. MXcess, MP-2100H) - There may be up to 10 Hunt Groups per MXcess. That's the index of the hunt group relevant to this row.

This attribute indicates whether the hunt group should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This is the extension number of the hunt group. 0 is for not valid. The allowed range is 10 - 99.

This is the extension string of the hunt group. This string is a combination of digits, * and #.

This object indicates the User's parameters.

This object enables the user to create/delete entries in this table. Its usage for values (1)..(6) should be identical to RowStatus SYNTAX. notApplicable(255) - should be used when the table is static (i.e. whenever create/delete entries is not allowed). Enumeration: 'createAndWait': 5, 'notInService': 2, 'notReady': 3, 'notApplicable': 255, 'createAndGo': 4, 'active': 1, 'destroy': 6.

- For products supporting more than one configuration, the write operation into the Table is valid only to the TmpCnfg entry. - For products that do not support configurations, the write operation into the Table will be to agnSigProfileCnfgIdx=1. The table includes signaling profile parameters for Legacy Profiles.

An entry in table.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg. For products supporting more than one configuration,the write operation is valid only to the TmpCnfg. For Gmux2000 the range limitation (1..255) was discarded since the Idx is computed as: x 1000 + 255.

This attribute indicates the Signaling Profile (1..5). For MP-104/204, only Profile=1 will exist.

This attribute indicates if the following objects refer to: Rx or Tx translation. Rx : ML->IO Tx : IO->ML . For MP-104/204, that means: Rx : Signaling to FXS CH Tx : Signaling to E1 Link. Enumeration: 'rx': 1, 'tx': 2.

For MP-2100/MP-2200 and for MP-104/204 from R2: This object represents 6 parameters, by 3 Octets : Busy Code-MSB nibble, - applicable only for Rx translation Idle Code- nibble, - applicable only for Rx translation D Bit Code- nibble, C Bit Code- nibble, B Bit Code- nibble, A Bit Code-LSB nibble. Each of Busy and Idle Code nibble will have the valid values: 0000 .. FFFF. Each of A,B,C,D Bit Code nibble represents: 0 hex = 0000 = 0 1 hex = 0001 = 1 2 hex = 0010 = A bit 3 hex = 0011 = B bit 4 hex = 0100 = C bit 5 hex = 0101 = D bit 6 hex = 0110 = A bit inverse 7 hex = 0111 = B bit inverse 8 hex = 1000 = C bit inverse 9 hex = 1001 = D bit inverse A-F hex - not used (invalid values) For MP-104/204 R1: This object represents 3 parameters, by 2 Octets : Bit 1 = Bit A - OFF Hook for Tx ; Ring for Rx (LSB) Bit 2 = Bit B - OFF Hook for Tx ; Ring for Rx Bit 3 = Bit C - OFF Hook for Tx ; Ring for Rx Bit 4 = Bit D - OFF Hook for Tx ; Ring for Rx Bit 5 = Bit A - ON Hook for Tx ; Idle for Rx Bit 6 = Bit B - ON Hook for Tx ; Idle for Rx Bit 7 = Bit C - ON Hook for Tx ; Idle for Rx Bit 8 = Bit D - ON Hook for Tx ; Idle for Rx Bit 9 = Bit A - OOS State for both Tx and Rx Bit 10 = Bit B - OOS State for both Tx and Rx Bit 11 = Bit C - OOS State for both Tx and Rx Bit 12 = Bit D - OOS State for both Tx and Rx Bit 13 = Spare (always 0) Bit 14 = Spare (always 0) Bit 15 = Spare (always 0) Bit 16 = Spare (always 0) (MSB) When the object is not applicable, the Octet String will have 0 bytes.

The write operation into the Table Objects is valid only to the TmpCnfg entry. This is the general table of signaling profiles.

An entry in table.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg. The write operation is valid only to the TmpCnfg.

This attribute indicates the Signaling Profile (1..5).

Profile Name given by user.

Profile Type. legacy - usual signaling. The parameters for the Legacy Profiles are detailed in the agnSigProfileTable, above. r2Cas - R2 signaling. The parameters for the R2 Profiles are detailed in the r2 ProfileCnfg tables (belong to r2If). Enumeration: 'notApplicable': 1, 'r2Cas': 3, 'legacy': 2.

General Parameters for voice - system level.

An entry in table.

This attribute indicates the Idx of the Cnfg (1..100) being accessed - Active or Temporary Configurations. Idx 255 relates to the temporary TmpCnfg. All configurations can be read but only the Temporary can be written to.

Tone Characteristics (Amplitude, Frequency, delays etc.). These characteristics are defined according to the country. Enumeration: 'brazil': 4, 'canada': 5, 'israel': 8, 'australia': 3, 'portugal': 10, 'usa': 2, 'mexico': 9, 'czech': 14, 'france': 6, 'notApplicable': 1, 'germany': 7, 'china': 15, 'russia': 11, 'spain': 12, 'unitedKingdom': 13.

This object indicates the G.729 and G.711 Coders transmitted Packet Rate in milliseconds.

This object allows the user to Disable/Enable Fax support. Enumeration: 'notApplicable': 1, 'disable': 2, 'vbdPassThro': 4, 'faxRelayT38': 3.

This object indicates the Fax Rate limit. It is irrelevant when Fax support is NA or disabled. Enumeration: 'notConnected': 1, 'r9600bps': 4, 'r4800bps': 2, 'r14400bps': 6.

This object allows the user to Disable/Enable Modem support. Enumeration: 'notApplicable': 1, 'disable': 2, 'vbdV152': 3, 'vbdPassThro': 4.

This object indicates the Coder and Rate for the Voice Compression. Enumeration: 'notApplicable': 1, 'g711uLAW': 6, 'g711aLAW': 5.

This object indicates the Echo Canceler activation. Enumeration: 'notApplicable': 1, 'enable': 3, 'disable': 2.

This object indicates the Transmit Gain (volume) in dB.

This object indicates the DTMF Relay Method that is used to transmit DTMF tones. rfc2833(1) - inband DTMF relay according to RFC-2833. sipInfo(2) - out of band DTMF relay using SIP INFO method. Enumeration: 'sipInfo': 2, 'rfc2833': 1.

This object indicates the Rx Payload Type for DTMF relay RTP packets. It is relevant only when DTMF Relay Method is RFC-2833.

This object indicates whether Payload Type Negotiation is used (according to RFC-2833) or not. It is relevant only when DTMF Relay Method is RFC-2833. Enumeration: 'notApplicable': 1, 'enable': 3, 'disable': 2.

This object indicates the Tx Payload Type for DTMF relay RTP packets. It is relevant only when the Payload Type Negotiation is disabled.

Voice Coders table.

An entry in Voice Coders table.

The first index of the table. This object might represent the Configuration Index (1..100) being accessed; Index=255 relates to the TmpCnfg. For devices with multiple configurations, Set is permitted to TmpCnfg(255) only. Not-Applicable = 1.

This object indicates the Coder's Priority.

This object indicates the Coder and Rate for the Voice Compression. Enumeration: 'none': 255, 'g7231r6300BPS': 2, 'g7231r5300BPS': 3, 'g711aLAW': 5, 'notApplicable': 1, 'g711uLAW': 6, 'g729A8KBPS': 4.

A table.

An entry in table.

A unique number to identify a slot position in the mux. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io(16) are not valid. For the Vmux2100 Main Board clA (3) is used. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5.

This attribute indicates the type of card installed in the specific slot position. Only PS cards are possible in the PS slots. Only CL cards are possible in the CL slots. Only IO cards are possible in the IO slots. Enumeration: 'hsNRZ': 273, 'hsDp3': 244, 'mtMlE1Fiber': 91, 'vc4EandM': 256, 'mtmlH2T1': 49, 'vcPbxE1': 175, 'mhsS': 220, 'mlHybAtmE1': 202, 'vf30E1': 63, 'vc12EandM': 230, 'mhs1DDS': 184, 'vc2Fxo3': 146, 'vfPbx': 83, 'hsf1': 246, 'op106cEth': 307, 'hss12': 242, 'vc3Fxs': 172, 'mPriE1SlaveCcs': 227, 'vcq': 179, 'mvg1Lan': 253, 'vf60E1': 65, 'vc6Fxs': 178, 'mtHsh4T12W': 46, 'vc6Fxo': 177, 'vc26EandM': 147, 'mhs1V24': 187, 'vc6a4LB': 238, 'mvc4PbxE1': 211, 'hsqN': 125, 'vc16EandM': 77, 'mhs1X21': 186, 'mtMl2T1': 108, 'vc4OmniWestern': 292, 'mvc4PbxT1Cs': 213, 'ls2AATandTSdm': 115, 'vc3Fxo': 171, 'msl4E1W2Eth': 264, 'vfs30E1': 322, 'ls6': 160, 'mhsHyE1Hs': 191, 'ml4T1': 71, 'vfPbxE1': 85, 'mtml4Ip': 56, 'ps100W': 11, 'mtMlT1Fiber': 90, 'vc2Fxo2': 144, 'mvc8ExtAnalog': 217, 'mtmlH4T12W': 42, 'mPh1E1LTU': 36, 'asmi54cE1AndEth': 266, 'vc16A': 73, 'mlIpHs': 250, 'mtMlF2E1': 89, 'evc4T1': 284, 'tre': 154, 'ml20': 97, 'mhsHyE1': 247, 'mPh3': 32, 'mPh1': 31, 'ml8E1': 135, 'vfPbxT1': 84, 'ml4E1': 69, 'vcPbxT1': 174, 'cl1': 20, 'cl2': 22, 'cl3': 24, 'mtMlE2D': 87, 'mhsHyT1Hs': 192, 'mm16E1': 331, 'ls2M': 117, 'mvc8PbxE1': 206, 'mtMl1T1DSU': 100, 'asmi54cT1AndEth': 267, 'hs2': 120, 'mtmlHE1': 94, 'mtMlE2S': 86, 'hs6': 126, 'hs4': 132, 'hsQM': 124, 'mtHsh4E1': 43, 'mtMlT1': 118, 'mhsPriE1': 222, 'mtmlH4E12W': 40, 'vc8Fxs': 76, 'mvc4PbxT1Slave': 215, 'mDualBri': 229, 'mtHsh4T1': 45, 'vc16Fxs': 79, 'mhsU': 221, 'mhsIp': 249, 'vc3EandM': 170, 'hsDp6': 245, 'mPh1T1DSU': 33, 'ls2ATandTSdm': 112, 'mvc8PbxT1Slave': 216, 'vc4OmniEandM': 291, 'vc16Fxo': 78, 'ml8T1': 134, 'mtmlH2E1': 47, 'mtMl1E1DSUfb': 106, 'mvcE1': 218, 'mtmlH2E12W': 48, 'vc8Fxo': 75, 'mtMl2E1': 109, 'vfs48T1': 323, 'ls6V1EandM': 161, 'hss6': 243, 'mvgSwitch4Lan': 260, 'mtMlE1FiberFb': 93, 'mhs4': 188, 'mvc8PbxE1Slave': 209, 'hsh2E1': 51, 'mhs3': 185, 'mtmlH2T12W': 50, 'hss': 157, 'hsp': 129, 'ls2A2Ts': 116, 'vfs60E1': 324, 'mvg2Lan': 254, 'hs': 150, 'hs6N': 271, 'mvc8PbxT1Cs': 208, 'mPriT1SlaveCcs': 228, 'hs703': 123, 'hsr': 156, 'mhsHy2t1': 198, 'mls6': 200, 'vc6AgFxo': 236, 'ml20N1': 57, 'ml20N2': 58, 'mvc8': 205, 'ls6V1Fxo': 162, 'acm': 9, 'mtMl1E1LTUfb': 107, 'ls6V1Fxs': 163, 'hsq': 122, 'vf3EandM': 80, 'hs4T1': 130, 'ls6V2EandM': 164, 'mhs2t1': 196, 'mm16T1': 332, 'vc6AgFxs': 237, 'vc4E1Pri': 286, 'ls6VfFxs': 169, 'mtvc2': 148, 'hsEthSwitch': 224, 'mtmlHSE1': 96, 'vc2Fxs3': 145, 'vc2Fxs2': 143, 'mPl6': 60, 'mPl3': 61, 'mbeA': 151, 'hsu12': 240, 'mlHybAtmT1': 203, 'vc2E1Pri': 285, 'vc2R2Fxs': 149, 'vc2EandM': 140, 'mtmlH4T1': 41, 'vc4Fxo': 257, 'vf48T1': 64, 'mlfHybT1Hs': 194, 'mhsT1Hs': 190, 'mhsPriT1': 223, 'ps': 17, 'vc6EandM': 176, 'mtMl1E1DSU': 102, 'mhs1G703': 183, 'vc4T1': 139, 'mtMlE1': 119, 'unknown': 1, 'vfs24T1': 321, 'mtMl1E1LTU': 103, 'hsuI': 155, 'mtmlH1E1': 95, 'mPriE1FramerCcs': 225, 'hsh2T1': 53, 'clx1GbE': 302, 'mlHybIpT1': 252, 'empty': 2, 'mPriT1FramerCcs': 226, 'ls6VfFxo': 168, 'vid': 239, 'mpw1': 312, 'mlfHybT12': 204, 'mhsE1Hs': 189, 'mls3': 201, 'hsu1': 158, 'mvcT1': 219, 'mvc4': 210, 'hsh2T12W': 54, 'hsu6': 241, 'mtMl1T1DSUfb': 104, 'mtHsh4E12W': 44, 'clEth': 21, 'evc4E1': 282, 'mm4E1': 325, 'ml2E1': 68, 'vc6aFxs': 235, 'hs12N': 272, 'hs3': 121, 'mm4T1': 326, 'vcPbx': 173, 'op108cEth': 308, 'op106cEthT1': 309, 'mtMl1T1CSU': 101, 'evc2T1': 283, 'vc4E1': 137, 'msl8E1W2': 263, 'msl4E1W2': 261, 'mPh1T1CSU': 34, 'mlfHybE1Hs': 193, 'msl8E1W2Eth': 265, 'hs12': 127, 'cl2Eth': 23, 'mm12T1': 330, 'op108cEthE1Unbal': 311, 'mlHybIpE1': 251, 'mvc4PbxT1Ds': 212, 'ps60W': 10, 'ml8E1Eth': 306, 'vc6aEandM': 233, 'hsDp': 128, 'hs4E1': 131, 'ls6V2Fxs': 166, 'vc2T1': 138, 'mtmlFE1': 38, 'hsh2E12W': 52, 'mhsHy2e1': 197, 'vc2Fxo1': 142, 'clx1S155GbE': 304, 'mtmlH4E1': 39, 'mlIp': 55, 'mtMl4E1': 99, 'vf3Fxs': 81, 'vf3Fxo': 82, 'mhs1V36': 181, 'mtmlFT1': 37, 'vc2E1': 136, 'mlfHybE12': 199, 'cl1Clk': 26, 'vc12Fxo': 231, 'mvc8PbxT1Ds': 207, 'ls6V2Fxo': 165, 'mPh1E1DSU': 35, 'mtMl4T1': 98, 'mtMl1T1CSUfb': 105, 'mhs2e1': 195, 'hsf2': 258, 'vc6aFxo': 234, 'vc2Fxs1Plar': 141, 'ls6VfEandM': 167, 'vc12Fxs': 232, 'vc8EandM': 74, 'ls12': 159, 'vf24T1': 62, 'mbeU': 153, 'ls6n': 180, 'mtMlF2T1': 88, 'mbeB': 152, 'cl3Eth': 25, 'evc2E1': 281, 'clx1': 301, 'vc4Fxs': 255, 'op108cEthE1': 310, 'hsEth': 133, 'ls2ACcittX58': 114, 'clx1S155': 303, 'mPv4': 72, 'msl4E1W4': 262, 'mm8T1': 328, 'ls2ACcittX50': 113, 'mhsHyT1': 248, 'mtMlT1FiberFb': 92, 'mm8E1': 327, 'ml2T1': 70, 'mhs1V35': 182, 'ls2CcittX58': 111, 'mm12E1': 329, 'ml8T1Eth': 305, 'ls2CcittX50': 110, 'mvc4PbxE1Slave': 214.

This attribute indicates the Hardware version of the installed card in the specific slot position.

This attribute indicates the Software version of the installed card in the specific slot position.

Indicates the alarm state at module level, i.e. lower level (port alarms) status is not included. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state in the module-all level, i.e. lower level (port alarms) included. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state at module level, [i.e. lower level (port alarms) status is not included],including Masked alarms. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state in the module-all level, i.e. lower level (port alarms) included, including Masked alarms. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

This attribute will be set to on(3) when there is at least one test in progress on a channel of the card, otherwise the value will be off(2). Enumeration: 'on': 3, 'off': 2.

Setting this command to ON, enforces a clear of all the alarms in the given slot, excluding alarms of port level. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

Setting this command to ON, enforces a clear of all the alarms in the given slot, including all its ports alarms. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

Temperature of the card, in Celsius degrees.

The list of card agent alarms ; includes also an alarm indicating existence of alarms on its ports if there are any.

An entry in table.

A unique number to identify an entry in the alarm status table. Users should use the get next function to read this table because the indexes are not consecutive.

This attribute indicates the desired slot position. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io12(16) are not valid. For the Vmux2100 Main Board clA (3) is used. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5.

This attribute is a full text description of the alarm . The alarm description includes the following information: alarm code, alarm text, alarm severity, Masked or Inverted flag and counter.

A code identifying the alarm of an entry in the alarm status table at card level.

The severity of the alarm. Enumeration: 'major': 5, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

State of the alarm. Enumeration: 'on': 3, 'off': 2.

A counter - how many times the alarm occured since last clear operation. ON and OFF Alarm will be counted separately.

Alarm mask : on/off. Enumeration: 'on': 3, 'off': 2.

Alarm invert : on/off. Enumeration: 'on': 3, 'off': 2.

A table.

An entry in table.

This attribute indicates the Idx of the Cnfg(1..100) being referred. Value 255 specifies the TmpCnfg

This attribute indicates a unique number of the slot position where the card is inserted. In the ?004 Unit the entries psB(2),clB(4),io6(10)..io(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5.

This attribute indicates the type of card assigned to the specific slot in the common configuration. This object is identical in all the configurations (1..100). Only the TmpCnf(255) may have different value. The write operation is valid only to the TmpCnfg entry. Enumeration: 'vc6AgFxo': 236, 'hsNRZ': 273, 'hsDp3': 244, 'mtMlE1Fiber': 91, 'mhsIp': 249, 'mtmlH2T1': 49, 'vcPbxE1': 175, 'mhsS': 220, 'mlHybAtmE1': 202, 'vf30E1': 63, 'vc12EandM': 230, 'mhs1DDS': 184, 'vc2Fxo3': 146, 'vfPbx': 83, 'hsf1': 246, 'op106cEth': 307, 'hss12': 242, 'vc3Fxs': 172, 'vid': 239, 'vcq': 179, 'mvg1Lan': 253, 'vf60E1': 65, 'vc6Fxs': 178, 'mtHsh4T12W': 46, 'vc6Fxo': 177, 'vc26EandM': 147, 'mhs1V24': 187, 'vc6a4LB': 238, 'mvc4PbxE1': 211, 'hsqN': 125, 'vc16EandM': 77, 'mhs1X21': 186, 'mtMl2T1': 108, 'vc4OmniWestern': 292, 'mvc4PbxT1Cs': 213, 'ls2AATandTSdm': 115, 'vc3Fxo': 171, 'msl4E1W2Eth': 264, 'vfs30E1': 322, 'ls6': 160, 'mhsHyE1Hs': 191, 'ml4T1': 71, 'vfPbxE1': 85, 'mtml4Ip': 56, 'mtMlT1Fiber': 90, 'vc2Fxo2': 144, 'mvc8ExtAnalog': 217, 'mtmlH4T12W': 42, 'mPh1E1LTU': 36, 'asmi54cE1AndEth': 266, 'vc16A': 73, 'mlIpHs': 250, 'mtMlF2E1': 89, 'ps220x60W': 14, 'evc4T1': 284, 'tre': 154, 'ml20': 97, 'mhsHyE1': 247, 'mPh3': 32, 'ps180W': 16, 'mPh1': 31, 'ml8E1': 135, 'vc4EandM': 256, 'vfPbxT1': 84, 'ml4E1': 69, 'vcPbxT1': 174, 'cl1': 20, 'cl2': 22, 'cl3': 24, 'mtMlE2D': 87, 'mpriT1SlaveCcs': 228, 'mhsHyT1Hs': 192, 'ls2M': 117, 'mvc8PbxE1': 206, 'mtMl1T1DSU': 100, 'asmi54cT1AndEth': 267, 'hs2': 120, 'mtmlHE1': 94, 'mtMlE2S': 86, 'hs6': 126, 'hsQM': 124, 'mtHsh4E1': 43, 'mtMlT1': 118, 'mhsPriE1': 222, 'mtmlH4E12W': 40, 'vc8Fxs': 76, 'mvc4PbxT1Slave': 215, 'mDualBri': 229, 'mtHsh4T1': 45, 'vc16Fxs': 79, 'mhsU': 221, 'ls2A2Ts': 116, 'vc3EandM': 170, 'hsDp6': 245, 'mPh1T1DSU': 33, 'ls2ATandTSdm': 112, 'mvc8PbxT1Slave': 216, 'ps110x100W': 13, 'vc4OmniEandM': 291, 'vc16Fxo': 78, 'ml8T1': 134, 'mtmlH2E1': 47, 'mtMl1E1DSUfb': 106, 'mvcE1': 218, 'mtmlH2E12W': 48, 'vc8Fxo': 75, 'mtMl2E1': 109, 'vfs48T1': 323, 'ls6V1EandM': 161, 'ps48x100W': 11, 'mvgSwitch4Lan': 260, 'mtMlE1FiberFb': 93, 'mhs4': 188, 'mvc8PbxE1Slave': 209, 'hsh2E1': 51, 'mhs3': 185, 'mtmlH2T12W': 50, 'hss': 157, 'hsp': 129, 'mtMl1E1DSU': 102, 'vfs60E1': 324, 'mvg2Lan': 254, 'hs': 150, 'hs6N': 271, 'mvc8PbxT1Cs': 208, 'ml8T1Eth': 305, 'hs703': 123, 'hsr': 156, 'mhsHy2t1': 198, 'mls6': 200, 'mpriE1SlaveCcs': 227, 'ml20N1': 57, 'ml20N2': 58, 'mvc8': 205, 'ls6V1Fxo': 162, 'acm': 9, 'mtMl1E1LTUfb': 107, 'ls6V1Fxs': 163, 'hsq': 122, 'vf3EandM': 80, 'hs4T1': 130, 'ls6V2EandM': 164, 'mhs2t1': 196, 'vc6AgFxs': 237, 'vc4E1Pri': 286, 'ls6VfFxs': 169, 'mtvc2': 148, 'hsEthSwitch': 224, 'mtmlHSE1': 96, 'vc2Fxs3': 145, 'vc2Fxs2': 143, 'mPl6': 60, 'mbeA': 151, 'hsu12': 240, 'mlHybAtmT1': 203, 'vc2E1Pri': 285, 'vc2R2Fxs': 149, 'vc2EandM': 140, 'mtmlH4T1': 41, 'vc4Fxo': 257, 'vf48T1': 64, 'mlfHybT1Hs': 194, 'mhsT1Hs': 190, 'mhsPriT1': 223, 'ps': 17, 'vc6EandM': 176, 'cl3Eth': 25, 'mhs1G703': 183, 'vc4T1': 139, 'mtMlE1': 119, 'unknown': 1, 'vfs24T1': 321, 'mtMl1E1LTU': 103, 'hsuI': 155, 'mtmlH1E1': 95, 'mPriE1FramerCcs': 225, 'hsh2T1': 53, 'clx1GbE': 302, 'mlHybIpT1': 252, 'empty': 2, 'mPriT1FramerCcs': 226, 'ls6VfFxo': 168, 'op108cEthE1Unbal': 311, 'mpw1': 312, 'mlfHybT12': 204, 'mhsE1Hs': 189, 'mls3': 201, 'hsu1': 158, 'mvcT1': 219, 'mvc4': 210, 'hsh2T12W': 54, 'hsu6': 241, 'mtMl1T1DSUfb': 104, 'mtHsh4E12W': 44, 'clEth': 21, 'evc4E1': 282, 'ml2E1': 68, 'vc6aFxs': 235, 'hss6': 243, 'ps220x100W': 15, 'hs12N': 272, 'hs3': 121, 'vcPbx': 173, 'op108cEth': 308, 'op106cEthT1': 309, 'mtMl1T1CSU': 101, 'vc4E1': 137, 'msl8E1W2': 263, 'msl4E1W2': 261, 'mPh1T1CSU': 34, 'mlfHybE1Hs': 193, 'msl8E1W2Eth': 265, 'hs12': 127, 'cl2Eth': 23, 'mlHybIpE1': 251, 'mvc4PbxT1Ds': 212, 'mhs1V35': 182, 'ml8E1Eth': 306, 'vc6aEandM': 233, 'hsDp': 128, 'hs4E1': 131, 'ls6V2Fxs': 166, 'vc2T1': 138, 'mtmlFE1': 38, 'hsh2E12W': 52, 'mhsHy2e1': 197, 'vc2Fxo1': 142, 'clx1S155GbE': 304, 'mtmlH4E1': 39, 'mlIp': 55, 'mtMl4E1': 99, 'vf3Fxs': 81, 'vf3Fxo': 82, 'mhs1V36': 181, 'mtmlFT1': 37, 'vc2E1': 136, 'mlfHybE12': 199, 'cl1Clk': 26, 'vc12Fxo': 231, 'mvc8PbxT1Ds': 207, 'ls6V2Fxo': 165, 'mPh1E1DSU': 35, 'mtMl4T1': 98, 'mtMl1T1CSUfb': 105, 'mhs2e1': 195, 'hsf2': 258, 'vc6aFxo': 234, 'vc2Fxs1Plar': 141, 'ls6VfEandM': 167, 'vc12Fxs': 232, 'vc8EandM': 74, 'ls12': 159, 'vf24T1': 62, 'mbeU': 153, 'ls6n': 180, 'mtMlF2T1': 88, 'mbeB': 152, 'ps110x60W': 12, 'evc2E1': 281, 'clx1': 301, 'vc4Fxs': 255, 'op108cEthE1': 310, 'hsEth': 133, 'ls2ACcittX58': 114, 'clx1S155': 303, 'evc2T1': 283, 'msl4E1W4': 262, 'ls2ACcittX50': 113, 'mhsHyT1': 248, 'mtMlT1FiberFb': 92, 'ml2T1': 70, 'ls2CcittX50': 110, 'ls2CcittX58': 111, 'ps48x60W': 10, 'mvc4PbxE1Slave': 214.

Number of external ports in the programmed card of the specific slot position

Number of internal ports in the programmed card of the specific slot position.

Working mode of the card. The user may configure the card to work in a stand alone mode or integrated with the device. Example for use in MHS-IP cards: - standAlone - in this mode, the router works so that data is received via the LAN (Eth) port and is transmitted via the WAN (HS) external port without going through the MPH device. - integrated - in this mode, the router works so that it is integrated in the MPH and routes DLCIs into the device. Enumeration: 'notApplicable': 1, 'integrated': 3, 'standAlone': 2.

Enable/Disable the feature of DHCP Client for the selected card. Enumeration: 'notApplicable': 1, 'enable': 3, 'disable': 2.

This object indicates whether any port of the programmed card is configured to be part of a Redundancy/APS pair. If at least one port of the programmed card is configured to be part of a Redundancy/APS pair, the value will be 'yes'. Otherwise, it will be 'no'. Enumeration: 'yes': 3, 'no': 2.

Octet string which indicates 'present' interfaces in card. Each '0' bit stands for non-present interface. Each '1' bit stands for present interface. For ASMi54C card of LRS-102 and MP-4100 notPresent interfaces may be: - SHDSL Line ID with no wire pairs assigned to it (does not exist in ifTable) - PCS without SHDSL Line binded to it, (exist in ifTable, with ifOperStatus= notPresent) - External DS1 when its LIU is used by an Internal DS1 of the same card - Internal DS1 when single bearer is not TDM. In each octet, MS bit represents port 1 and LS bit represents port 8 MSB LSB 1 0 0 0 1 0 0 0 -- Example: Port # 1 and 5 are present. Port 1 2 3 4 5 6 7 8 1st Octet (MSB octet) represents SDHSL Lines 2nd Octet represents PCS 3rd Octet represents External DS1 4th Octet represents Internal DS1 5th and 6th Octets are reserved for future Internal DS1. For OP-108/106 cards of LRS-102 and MP-4100 notPresent interfaces may be: - External DS1 when its 'associated' Int-DS1 port is connected to another card - Internal DS1 when its 'associated' Ext-DS1 port is connected to another card (Both may be 'present' when inter-connected). 1st Octet represents External DS1 2nd Octet represents Internal DS1 Bit representation, same as for ASMi-54C card.

A table.

An entry in table.

This attribute indicates the Type of the Compressed being referred.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates a unique number of the slot position where the card is inserted. In the ?004 Unit the entries psB(2),clB(4),io6(10)..io(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5.

This attribute is the compressed information itself.

A table.

An entry in table.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates the desired slot position. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io(16) are not valid.

A unique number to identify an entry in the alarm status table of the agent.

This attribute is the compressed information itself.

A table.

An entry in table.

This attribute indicates a unique number to identify the slot where the card is inserted. In the ?004 Unit the entries io6(10)..io(16) are not valid. For the Vmux2100 Main Board clA (3) is used. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'clA': 3, 'io1': 5, 'io2': 6, 'io12': 16, 'io11': 15, 'io10': 14, 'clB': 4, 'notApplicable': 255.

This attribute indicates a unique number to identify a port in a specific card. The valid ports depend on the installed card: the valid external ports (interfaces) are (1..mdlCNoOfExternPrt) if any, and the valid internal ports are (101..100+mdlCNoOfInternPrt) if any. Generally, for MP-2100/2200: exPrt1 (1) .. exPrt16 (16),inPrt1(101) .. inPrt48 (148) For the Vmux-2100 device: This index will have values of 1...4 for the physical ports & values of ifIndex for the bundles. For other products, see product's spec.

This attribute describes the type of the designated port. In MX 3000 only external & internal options are used. All the other options are only for MX 30/300 which need special handling. In order to support interface types in MX 3000, return an ascii string for prtSInterfaceType in this table or support the general RAD value of physicalConnector. External port - is a port with a physical connector. Internal port - might be of two types: a) A composite port which collects a few external ports data into a common bandwidth (usually routed through DS1 link) b) A port which gets only part of the external ports (usually a few DS0's) The following types are used when all ports are external/ internal and the connector/interface type is necessary (for example, stand-alone units): High Speed port types Low Speed port types Voice port types, CL port types. ISDN Voice in MX 30/300 Phase 4: voiceS0 (16), voiceU (17) should be used. ISDN Voice in MX 30/300 Phase 5: voiceQsigS(18), voiceQsigU (19) should be used. Enumeration: 'highSpeedX21': 7, 'voiceQsigU': 19, 'cl': 12, 'highSpeedDDS': 9, 'highSpeedV35': 4, 'highSpeedV36': 6, 'highSpeedV24': 5, 'voiceS0': 16, 'lowSpeed': 10, 'highSpeedG703': 8, 'internal': 3, 'external': 2, 'voiceU': 17, 'isdns': 13, 'ethernet': 15, 'voiceQsigS': 18, 'voice': 11, 'isdn': 14.

This attribute indicates the unique interface number assigned to the port. The specific interface of this attribute is the same as the interface identified by the value of ifindex in MIB-II.If there is no interface for the specific prtIdx the value will be '7fffffff'h.

This attribute describes the activity status of the port. unknown(1) indicates that the information is not supported. notUsed(2) indicates that the ch is not connected according to the active config. offLine(3) indicates that the ch is down (not working) because of any problem. onLine(4) indicates that the ch is up (working) offLineRedundancy(5) indicates that the ch is down, because it is redundant port. onLineRedundancy(6) indicates that the ch is up, and it is the active link Enumeration: 'onLineRedundancy': 6, 'unknown': 1, 'notUsed': 2, 'offLineRedundancy': 5, 'onLine': 4, 'offLine': 3.

Indicates the alarm state in the port(ch) agent level. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Indicates the alarm state in the port(ch) agent level, including Masked alarms. This attribute will be set to: critical(7) - when there is at least one active (state ON) critical alarm, otherwise it will be set to major(5) - when there is at least one active (state ON) major alarm, otherwise it will be set to minor(4) - if there is at least one active (state ON) minor alarm, otherwise it will be set to warning(6) - if there is at least one active (state ON) warning alarm, otherwise it will be set to event(3) - if there was at least one alarm event (including state on,off events) since the last clear operation. Enumeration: 'major': 5, 'off': 2, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

Setting this attribute to on(3) enforces a clear operation of the alarm status events in the given port. The clear operation will not be applied for masked/inverted alarms. Enumeration: 'on': 3, 'off': 2.

This is a mask which indicates which tests from the 'prtSTstCmd' list are allowed for the requested port. If a specific test is allowed, its respective bit will be SET in the mask : TEST BIT ----------- --- local-loop 1 remote-loop 2 loc-and-rem-main-loops 3 remote-analog-loop 4 remote-digital-loop 5 rem-loop-on-ext-unit 6 bert 7 tone-injection 8 dlci local-loop 9 all dlci local-loop 10 dlci remote-loop 11 all dlci remote-loop 12 bert-and-rem-loop-on-rem-unit 13 rem-loop-on-rem-unit 14 block 15 backward-tone-inject 16 llb 17 rlb 18 ft1Enable 21 lbbd 22 --for 2B+D lb1 23 --for B1 lb2 24 --for B2 llb-on-rem-unit 25 bert-on-rem-unit 26 bert-on-rem-and-llb-on-rem-unit 27 local-and-bert-on-rem-unit 28 local-loop-on-rem-unit 29 localBert 30 --towards IO ports test-per-TS 31 e.g : If the return value is 3 -> 0000000000000011 -> Bits 1 & 2 are set -> the allowed tests are : local-loop remote-loop

Setting this attribute to any of the above values will initiate a test on the specific port if the operation is legal. If the operation is not legal, the mux will ignore the operation. testPerTS(31) - when this test is selected, the selection of tests for each TS is done via the prtExPh1MlTsTest object. If a test time out is needed, the test will be set with a default timeout of 2 minutes until the user will set the parameter 'prtSTstDuration' to the required time out. If no time out is needed , the test will be set with infinite timeout until the user will set the parameter 'prtSTstDuration' to the required time out. Enumeration: 'lb1': 23, 'csuLoopAndBert': 32, 'remoteDsuLoopAndBert': 36, 'bert': 8, 'localAndBertOnRemUnit': 28, 'testPerTS': 31, 'llb': 19, 'extInitLocalLoop': 14, 'locAndRemMainLoops': 4, 'llbOnRemUnit': 25, 'localLoop': 2, 'ft1Enable': 21, 'remoteAnalogLoop': 5, 'backwardToneInject': 18, 'remoteDigitalLoop': 6, 'localLoopOnRemUnit': 29, 'toneInjection': 9, 'allDlciLocalLoop': 11, 'remLoopOnExtUnit': 7, 'lb2': 24, 'localBert': 30, 'dlciRemoteLoop': 12, 'allDlciRemoteLoop': 13, 'bertAndRemLoopOnRemUnit': 15, 'rlb': 20, 'lbbd': 22, 'remoteOcuLoopAndBert': 34, 'bertOnRemUnit': 26, 'none': 1, 'dsuLoopAndBert': 33, 'remLoopOnRemUnit': 16, 'remoteLoop': 3, 'remoteCsuLoopAndBert': 35, 'bertOnRemAndLlbOnRemUnit': 27, 'dlciLocalLoop': 10, 'block': 17.

This attribute indicates the maximum duration of executing a test on the specific port. This entry applies to all the test operations. The resolution will be a minute, and the maximum duration is limited to 30 minutes. For Vmux devices, the values are in seconds. A zero value specifies no time limitation. When the test isn't active, the agent initiates this object to 2 when the duration is needed and to 0 if its not required. The user should set this parameter after setting the 'prtSTstCmd' parameter.

Setting this attribute initiates bert count clear operation. It is valid only when bert test is active on the specific port. Enumeration: 'on': 3, 'off': 2.

This attribute indicates the number of Bit Error Rate indicated during the BERT operation. It is valid only when bert test is active on the specific port.

This attribute indicates a unique HW interface type of the selected port.

This object indicates Status of parameters specific to the selected port. - For a port that has no special status or is supported by prtSExHsfStatTable - 1 Octet: 00hex - For VC-6, VC-6A, VC-6AG, VC-6A/4LB, VC-12, VC-12/6, external ports - 1 Octet : Bit 7 (MSB)..Bit 2 = 0 (NA) Bit 1: Tx Signaling '1'=On ; '0'=Off Bit 0 (LSB): Rx Signaling '1'=On ; '0'=Off - For VC-2/R2(FXS) external ports - 1 Octet : Bit - 7 6 5 4 3 2 1 0 |_| |_________| Call Call State Direction Bit 7 (MSB) and Bit 6 : Call Direction 00 - Incoming 01 - Outgoing Bit 5..Bit 0: Call State 000000 - Idle 000001 - Seized 000010 - Both-Way Conflict 000011 - Seizure Ack 000100 - Answered 000101 - Clear Backward 000110 - Clear Forward 000111 - Blocked 001000 - Fault 001001 - Fault 3 001010 - Fault 4 001011 - Fault 5 001100 - Fault 6 001101 - Fault 7 - For ML-20 external port - 3 Octets : - 1 MS Octet will represent the Real Rate used: Bit - 7 6 5 4 3 2 1 0 |___| |_______| spare Rate Valid values: 0..31, meaning 0..31x64Kbps Invalid values: 32..255. - 2 LS Octets will represent the Status of 7 Control Signals: Signal - --- CTS DSR DCD RJ TM DTR RTS Bit - 7 6 5 4 3 2 1 0 7 6 5 4 3 2 1 0 Octet - 2 3 (LS) '---' will always have the value 00 Rest of the Signals (2 bits each) can have the following values: 00=NA ; 01=unused ; 10=Off ; 11=On - For ML-H/E1, ML-H/1/E1, ML-H/S/E1 internal port - 1 Octet Bit - 7 6 5 4 3 2 1 0 |___________| spare Mode of Operation Mode of Operation: '1'=Central ; '0'=Remote - For ACM external port - 1 Octet Bit - 7 6 5 4 3 2 1 0 |_________| spare Alarm State Alarm State: according to bits 1,0: 00=NA ; 01=unused ; 10=Off ; 11=On - For HS-U/1 external port - 1 Octet Bit 7 6 5 4 3 2 1 0 LSB |________| |__| |__| spare modem sync modem: 00 = other sync: 00 = not sync 01 = unknown 01 = sync 10 = ASMi-31/2 10 = reserved 11 = reserved 11 = reserved - For MTML-2/4 external ports, ML-8 externalports, ML-IP (MTML-IP) internal ports and MTML-E2 internal ports - 1 Octet : Bit 7 6 5 4 3 2 1 0 LSB | BERT State BERT State (Bit 0): 0 = OFF (BERT is not running on this port or any of its TSs/Bits) 1 = ON (BERT is running on this port OR on one of its TSs/Bits) - For ML-20N external ports - 4 Octets - 1 MS Octet will represent the Actual Link Rate: Bit - 7 6 5 4 3 2 1 0 |_| |_________| spare Rate Valid values: 0..34, meaning: 0..32 = (0..32)x64Kbps 33 = Invalid Rate 34 = not applicable (when Rate is not Auto) 35 = 0 Kbps Invalid values: 36..255. - 2 middle Octets will represent the Status of 4 Control Signals: - LS Octet - Bits 3-0: RTS/C (Command, for X.21 interface) Bits 7-4: DCD/I (Indication for X.21 interface) - MS Octet - Bits 3-0: DTR Bits 7-4: DSR Each 4 Bits are divided as follows: - 2 MS bits: DCE - 2 LS bits: DTE For each 2 bits (DCE/DTE): 00=NA ; 01=unused ; 10=Off ; 11=On. - LS Octet: (as for MTML-2): Bit 7 6 5 4 3 2 1 0 LSB | BERT State BERT State (Bit 0): 0 = OFF (BERT is not running on this port or any of its TSs/Bits) 1 = ON (BERT is running on this port OR on one of its TSs/Bits) - For MP-2100/2200 MSL-4/E1, MSL-8/E1 External ports - 3 Octets - MS octet: far-end modem channel interface - Middle octet: Material (plastic/metal), far-end modem type, synchronization with far-end modem - LS octet: BERT state (at port/TS/Bit level) - MS octet: 0000 0000 = no interface 0000 0001 = db15 (X21) 0000 0010 = IR-IP 0000 0011 = IR-ETH-Q 0000 0100 = V35 0000 0101 = ETH-RJ45 0000 0110 = G703 0000 0111 = db25 (RS530) 0000 1000 = ETH-BNC 0000 1001 = E1(Balanced) 0000 1010 = E1(Unbalanced) 0000 1011 = IR-ETH-QN Rest of the combinations: reserved - Middle octet: Bit 7 6 5 4 3 2 1 0 LSB | |___________| |__| Box material modem sync Box material modem: 00000 = other sync: 00 = not sync (for ASMi-52 SA) 00001 = unknown 01 = sync 0=metal 00010 = reserved 10 = reserved 1=plastic 00011 = reserved 11 = reserved 00100 = reserved 00101 = reserved 00110 = ASMi-52 SA/2W/Slave 00111 = ASMi-52 SA/2W/Master 01000 = ASMi-52/CQ card of LRS-24 01001 = ASMi-52/CD card of LRS-24 01010 = D16GSDSL card of DXC-3000 01011 = LRS-52 01100 = FCD-IP 01101 = FCD-IPM 01110 = D8SL card of DXC-30 01111 = ASMi-52A 10000 = MP card (SHDSL) 10001 = ASMi-52L Rest = reserved - LS Octet: (as for MTML-2): Bit 7 6 5 4 3 2 1 0 LSB | BERT State BERT State (Bit 0): 0 = OFF (BERT is not running on this port or any of its TSs) 1 = ON (BERT is running on this port OR on one of its TSs) - For MP-4100 MSL card Links - 4 Octets - MS octet: far-end modem DTE2 interface (same as for MP-2100 MSL cards) - after MS octet: far-end modem DTE1 interface (same as for MP-2100 MSL cards) - before LS octet: Material (plastic/metal), far-end modem type, synchronization with far-end modem (same as for MP-2100 MSL cards) - LS octet: BERT state (at port/TS/Bit level)- same as for MP-2100 MSL cards - For MP-4100, LRS-102 OP-108/106 Links - 3 Octets - MS octet: far-end PS type and state - Middle octet: synchronization with far-end device - LS octet: BERT state (at port/TS level) - same as for MP-2100 MSL cards - MS octet: Bit 7 6 5 4 3 2 1 0 LSB |__| |__| |__| |__| PS-A PS-A PS-B PS-B PS Type PS State PS Type PS State 00=None 00=None 01=AC-DC 01=OK 10=DC 10=Fail - Middle octet: Bit 7 6 5 4 3 2 1 0 LSB |__| sync: 00 = not sync 01 = sync 10 = reserved 11 = reserved Rest = reserved

This is an Expanded test mask of the prtSTestMask object. The prtSTestMask object reached its maximum, being an Integer with 32 bits. This object indicates which tests from the 'prtSTstCmdXP' list are allowed for the selected port. If a specific test is allowed, its respective bit will be SET in the mask : TEST BIT ----------- --- local-loop 1 remote-loop 2 loc-and-rem-main-loops 3 remote-analog-loop 4 remote-digital-loop 5 rem-loop-on-ext-unit 6 bert 7 tone-injection 8 dlci local-loop 9 all dlci local-loop 10 dlci remote-loop 11 all dlci remote-loop 12 bert-and-rem-loop-on-rem-unit 13 rem-loop-on-rem-unit 14 block 15 backward-tone-inject 16 llb 17 rlb 18 ft1Enable 21 lbbd 22 --for 2B+D lb1 23 --for B1 lb2 24 --for B2 llb-on-rem-unit 25 bert-on-rem-unit 26 bert-on-rem-and-llb-on-rem-unit 27 local-and-bert-on-rem-unit 28 local-loop-on-rem-unit 29 localBert 30 --towards IO ports test-per-TS 31 csuLoopAndBert 32 dsuLoopAndBert 33 remoteOcuLoopAndBert 34 remoteCsuLoopAndBert 35 remoteDsuLoopAndBert 36 e.g : If the return value is 00000003 hex -> Bits 1 & 2 are set -> the allowed tests are : local-loop remote-loop

Redundancy Status of this port. noRdn - this port is not part of a Redundancy pair/group. offline - this port is offline from Redundancy point of view. online - this port is online from Redundancy point of view. Enumeration: 'noRdn': 1, 'offline': 2, 'online': 3.

The list of port agent alarms.

An entry in table.

A unique number to identify an entry in the alarm status table. Users should use the get next function to read this table because the indexes are not consecutive

This attribute indicates a unique identifier of the slot where the card is inserted. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io12(16) are not valid. For the Vmux2100 Main Board clA (3) is used. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5, 'notApplicable': 255.

This attribute indicates a unique identifier of the port the alarm applies to. All the values are valid. No alarms exist for a port which does not exist. Valid valuesfor MP-2100/2200: exPrt1 (1) .. exPrt16 (16) , inPrt1 (101) .. inPrt48 (148), IP Bundles. For other products, see product's spec.

This attribute is a full text description of the alarm. The alarm description includes the following information: alarm code, alarm text, alarm severity, Masked or Inverted flag and counter.

A code identifying the alarm of an entry in the alarm status table at port level.

The severity of the alarm. Enumeration: 'major': 5, 'warning': 6, 'critical': 7, 'event': 3, 'minor': 4.

State of the alarm. Enumeration: 'on': 3, 'off': 2.

A counter - how many times the alarm occured since last clear operation. ON and OFF Alarm will be counted separately.

Alarm mask : on/off. Enumeration: 'on': 3, 'off': 2.

Alarm invert : on/off. Enumeration: 'on': 3, 'off': 2.

This attribute indicates the type of card installed in the specific slot position. The enumeration is according to mdlSInstCardType. Enumeration: 'msl8E1W2Eth': 265, 'vc4Fxs': 255, 'ml8E1': 135, 'asmi54cT1AndEth': 267, 'hsu12': 240, 'vf30E1': 63, 'vc4Fxo': 257, 'vf48T1': 64, 'ps': 17, 'vc8Fxs': 76, 'ml8T1Eth': 305, 'asmi54cE1AndEth': 266, 'unknown': 1, 'vc16Fxs': 79, 'vfs24T1': 321, 'vc4EandM': 256, 'op106cEth': 307, 'vc16Fxo': 78, 'msl4E1W2Eth': 264, 'cl1Clk': 26, 'clx1GbE': 302, 'vc16EandM': 77, 'vc8Fxo': 75, 'msl8E1W2': 263, 'vfs48T1': 323, 'op108cEthE1Unbal': 311, 'mpw1': 312, 'msl4E1W2': 261, 'vc8EandM': 74, 'ml8T1': 134, 'ls12': 159, 'vf24T1': 62, 'hsu6': 241, 'hs6N': 271, 'hsr': 156, 'ls6n': 180, 'vfs60E1': 324, 'vfs30E1': 322, 'ml8E1Eth': 306, 'op108cEth': 308, 'clx1': 301, 'op108cEthE1': 310, 'hs12N': 272, 'clx1S155': 303, 'cl1': 20, 'empty': 2, 'clx1S155GbE': 304, 'vf60E1': 65, 'op106cEthT1': 309, 'hsEthSwitch': 224.

This table is applicable only for an active port running an FR protocol .

An entry in table.

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. For stand-alone units this index will be notApplicable (255). Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

The Interval of 15 min. for which the following statistics counters are applicable. Enumeration: 'currentInv': 1, 'last': 2.

The number of seconds that have elapsed since the beginning of the current error-measurement interval. This object is applicable mainly for the current interval. For other interval: - if data is available: value will be 899. - if data is not available: value will be 0.

The total number of frames received by this port during the selected interval.

The total number of frames sent by this port during the selected interval.

The total number of bytes received by this port during the selected interval.

The total number of bytes sent by this port during the selected interval.

The management number of frames received by this port during the selected interval.

The management number of frames sent by this port during the selected interval.

The number of De frames received by this port during the selected interval.

The number of De frames sent by this port during the selected interval.

The number of De frames discarded due to congestion, received by this port during the selected interval.

The number of De frames discarded due to congestion, sent by this port during the selected interval.

All the frames discarded due to congestion, received by this port during the selected interval.

All the frames discarded due to congestion, sent by this port during the selected interval.

Number of frames received by this port during the selected interval, indicating forward congestion.

Number of frames sent by this port during the selected interval, indicating forward congestion.

Number of frames received by this port during the selected interval, indicating backward congestion.

Number of frames sent by this port during the selected interval, indicating backward congestion.

Number of data frames received by this port during the selected interval, exceeding the Burst Excess value.

Number of data frames sent by this port during the selected interval, exceeding the Burst Excess value.

Number of data frames received by this port during the selected interval, exceeding the Burst Committed value.

Number of data frames sent by this port during the selected interval, exceeding the Burst Committed value.

This table is applicable only for an active port running a CR protocol .

An entry in table.

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. For stand-alone units this index will be notApplicable (255). Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

The Interval of 15 min. for which the following statistics counters are applicable. Enumeration: 'currentInv': 1, 'last': 2.

The number of seconds that have elapsed since the beginning of the current error-measurement interval. This object is applicable mainly for the current interval. For other interval: - if data is available: value will be 899. - if data is not available: value will be 0.

The total number of cells received by this port during the selected interval.

The total number of cells sent by this port during the selected interval.

The number of Data Cells received by this port during the selected interval.

The number of Data Cells sent by this port during the selected interval.

This table is applicable only for an active port running an FR, FR+ or CR protocol, with valid DLCIs .

An entry in table.

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. For stand-alone units this index will be notApplicable (255). Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Enumeration: 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1.

This attribute indicates a unique DLCI index for each valid DLCI (16..991).

The number of De frames received by this DLCI.

The number of De frames sent by this DLCI.

The number of De frames discarded due to congestion, received by this DLCI.

The number of De frames discarded due to congestion, sent by this DLCI.

All the frames discarded due to congestion, received by this DLCI.

All the frames discarded due to congestion, sent by this DLCI.

Number of frames sent by this DLCI, indicating forward congestion.

Number of frames sent by this DLCI, indicating backward congestion.

Number of data frames received by this DLCI, exceeding the Burst Excess value.

Number of data frames sent by this DLCI, exceeding the Burst Excess value.

Number of data frames received by this DLCI, exceeding the Burst Committed value.

Number of data frames sent by this DLCI, exceeding the Burst Committed value.

This table is applicable for a T1 interface with 'esf' LineType .

An entry in table.

This attribute indicates a unique slot position where the module is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14.

This attribute indicates a unique port number. MTML-1/T1 modules have just one external interface. Enumeration: 'exPrt1': 1.

The Fdl tx/rx reference of the Fdl message. Enumeration: 'rx': 2, 'tx': 1.

FDL message.

The write operation into the Table Objects is valid only to the TmpCnfg entry, except prtExTsBitTest that will be written directly to the Active Configuration.

An entry in table.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries io6(10)..io12(16) are not valid. notApplicable - for stand-alone units. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Most ML cards have only one external interface. inPrt1 - for MTML-H/E1 cards. For other products' index see their specification.

This attribute indicates a unique time slot position. The valid time slots are: 1..24 for T1 Card and 1..31 for E1 interface. In G732S-E1 lines, time slot 16 is not valid for data, it is dedicated to multiframe synchronization bits and voice signaling.

This attribute indicates a unique Bit within the time slot. The valid Bits are: 1..8. 255=NA.

This attribute indicates whether the specified time slot is connected/routed internally in the Agent and to which card it is connected. In the ?004 Unit the entries io6(10)..io12(16) are not valid. notApplicable - for stand-alone units. Enumeration: 'io9': 13, 'io8': 12, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates the internally (In Mux) connected/routed port. For other products' index see their specification.

This attribute indicates a test to be activated on the selected Bit. It is applicable only when prtExPh1MlTsTest=split(254). none - no test is applied for the selected Bit. notApplicable - when prtExPh1MlTsTest is NOT split(254). Enumeration: 'notApplicable': 255, 'none': 1, 'remoteBert': 8, 'localBert': 30.

Link - Tx Signaling per TS, for TSs having TS Type=Voice (agnTsType=voice(2)). It monitors what is sent to Link for the selected TS, for A,B,C,D Signaling Bits. Bit 1= LSB Bit 8= MSB Bit 1-2 = A Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 3-4 = B Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 5-6 = C Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 7-8 = D Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA

Link - Rx Signaling per TS, for TSs having TS Type=Voice (agnTsType=voice(2)). It monitors what is received from Link for the selected TS, for A,B,C,D Signaling Bits. Bit 1= LSB Bit 8= MSB Bit 1-2 = A Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 3-4 = B Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 5-6 = C Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 7-8 = D Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA

IO - Tx Signaling per TS, for TSs having TS Type=Voice (agnTsType=voice(2)). It monitors what is sent to IO port for the selected TS, for A,B,C,D Signaling Bits. Bit 1= LSB Bit 8= MSB Bit 1-2 = A Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 3-4 = B Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 5-6 = C Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 7-8 = D Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA

IO - Rx Signaling per TS, for TSs having TS Type=Voice (agnTsType=voice(2)). It monitors what is received from IO port for the selected TS, for A,B,C,D Signaling Bits. Bit 1= LSB Bit 8= MSB Bit 1-2 = A Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 3-4 = B Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 5-6 = C Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA Bit 7-8 = D Signaling Bit: 00='0' ; 01='1' ; 10=not used ; 11=NA

The write operation into the Table Objects is valid only to the TmpCnfg entry.

An entry in table.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This parameter should be: - slot number for MX3000 - 255 = N/A for MX300/30.

This parameter should be: - port number for MX300/30 - 100 = N/A for MX3000.

Setting this command to on(3) enables the agenda function at module (3000) or port (300/30) level. Enumeration: 'notApplicable': 1, 'off': 2, 'on': 3.

This table allows the user to schedule the time a session is active per week basis.

An entry in table.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg.

This attribute is equal to: -slot number for MX3000 -255 = N/A for MX300/30

This attribute is equal to: - port number for MX300/30 - port number for MX3000. For example 1-4 in MHS-4 cards. - 100 = N/A for MX3000 when not used.

This attribute for which day of the week this row applies. Enumeration: 'monday': 1, 'tuesday': 2, 'friday': 5, 'wednesday': 3, 'thursday': 4, 'sunday': 7, 'saturday': 6.

The user may define 4 different active intervals per day.

Start from time interval in seconds.

To time interval in seconds.

This table allows the user to configure general port parameters.

An entry in table.

This attribute indicates the Idx of the Cnfg (1..100) being accessed. Idx 255 relates to the TmpCnfg. The write operation is valid only to the TmpCnfg.

This attribute indicates a unique slot position where the card is inserted. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'clA': 3, 'io1': 5, 'io2': 6, 'io12': 16, 'io11': 15, 'io10': 14, 'clB': 4, 'notApplicable': 255.

This attribute indicates a unique external or internal port number. For MP: exPrt1 (1) .. exPrt16 (16) , notApplicable(100), inPrt1 (101) .. inPrt84 (184)

This attribute indicates the slot of the ML card to which the IO port is mapped. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'clA': 3, 'io1': 5, 'io2': 6, 'io12': 16, 'io11': 15, 'io10': 14, 'clB': 4, 'notApplicable': 255.

This attribute indicates the port in the prtGenCnfgLinkToSlot of the ML card to which the IO port is mapped. For MP: exPrt1 (1) , exPrt2 (2) , exPrt3 (3) , exPrt4 (4) , exPrt5 (5) , exPrt6 (6) , exPrt7 (7) , exPrt8 (8) , inPrt1 (101) , inPrt2 (102) , inPrt3 (103) , inPrt4 (104) , inPrt5 (105) , inPrt6 (106) , inPrt7 (107) , inPrt8 (108) , inPrt9 (109), inPrt10 (110), inPrt11 (111), inPrt12 (112), inPrt13 (113), inPrt14 (114), inPrt15 (115), inPrt16 (116), inPrt17 (117), inPrt18 (118), inPrt19 (119), inPrt20 (120), inPrt21 (121), inPrt22 (122), inPrt23 (123), inPrt24 (124), inPrt25 (125), inPrt26 (126), inPrt27 (127), inPrt28 (128), inPrt29 (129), inPrt30 (130), inPrt31 (131), inPrt32 (132), inPrt33 (133), inPrt34 (134), inPrt35 (135), inPrt36 (136), inPrt37 (137), inPrt38 (138), inPrt39 (139), inPrt40 (140), inPrt41 (141), inPrt42 (142), inPrt43 (143), inPrt44 (144), inPrt45 (145), inPrt46 (146), inPrt47 (147), inPrt48 (148), inPrt49 (149), inPrt50 (150), inPrt51 (151), inPrt52 (152), inPrt53 (153), inPrt54 (154), inPrt55 (155), inPrt56 (156), inPrt57 (157), inPrt58 (158), inPrt59 (159), inPrt60 (160), inPrt61 (161), inPrt62 (162), inPrt63 (163), inPrt64 (164), inPrt65 (165), inPrt66 (166), inPrt67 (167), inPrt68 (168), inPrt69 (169), inPrt70 (170), inPrt71 (171), inPrt72 (172), inPrt73 (173), inPrt74 (174), inPrt75 (175), inPrt76 (176), inPrt77 (177), inPrt78 (178), inPrt79 (179), inPrt80 (180), inPrt81 (181), inPrt82 (182), inPrt83 (183), inPrt84 (184), notApplicable (255)

IO Port Id for V5.1 use. This object is applicable only for part of the PSTN and ISDN IO ports. Generally, 0 is a valid value. Nevertheless, for ports that do not support this object, the value will be: notApplicable= 0

This object indicates the support of the card regarding Bus Connection. Same value for all ports of the card. partial = 2 Buses (AB) full = 4 Buses (ABCD) partial CD = 2 Buses CD Actually the support depends on the card's HW. But, since CL has to assign data on Buses even when the card is not installed, this object has to be configured. If the actual card installed will not match the value configured, an Alarm will be issued. Enumeration: 'notApplicable': 1, 'partialCD': 4, 'full': 3, 'partial': 2.

This object indicates whether Inband Management is used over the link. Enumeration: 'notApplicable': 1, 'off': 2, 'on': 3.

This object indicates the Inband Mng Routing Protocol of the port. Enumeration: 'rip2': 2, 'none': 1, 'proprietaryRip': 3, 'notApplicable': 255.

This object indicates the Protection Mode of the port. notApplicable- when Bus Protection Point=No. For VC-4/Omni card this object is supported RO. Enumeration: 'notApplicable': 1, 'primary': 3, 'secondary': 2.

This object indicates whether the port should be considered in any of the mux algorithms. Enumeration: 'yes': 3, 'no': 2.

This object selects the Type of Signaling used by the port. Enumeration: 'abcd': 4, 'none': 5, 'legacy': 3.

A table.

An entry in table.

This attribute indicates the Type of the Compressed being referred.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates a unique number of the slot position where the card is inserted. In the ?004 Unit the entries psB(2),clB(4),io6(10)..io(16) are not valid. Enumeration: 'io4': 8, 'io9': 13, 'io8': 12, 'psB': 2, 'io6': 10, 'io5': 9, 'psA': 1, 'io3': 7, 'io2': 6, 'clB': 4, 'clA': 3, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'io1': 5, 'notApplicable': 255.

This attribute indicates a unique identifier of the port the compressed information relates to. Valid values: exPrt1 (1) .. exPrt16 (16) , inPrt1 (101) .. inPrt48 (148).

This attribute is the compressed information itself.

This attribute is the compressed statistics information itself.

A table.

An entry in table.

This attribute indicates the configuration to which the Compressed information is related.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates a unique number of the slot position where the module is inserted. In the ?004 Unit the entries psB(2),clB(4),io6(10)..io(16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'io7': 11, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'io2': 6, 'io1': 5, 'io12': 16, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique identifier of the port the compressed information relates to. All the values are valid. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'inPrt11': 111, 'inPrt10': 110, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'exPrt10': 10, 'exPrt7': 7, 'exPrt6': 6, 'inPrt12': 112, 'inPrt9': 109, 'inPrt8': 108, 'inPrt5': 105, 'inPrt4': 104, 'inPrt7': 107, 'inPrt6': 106, 'inPrt1': 101, 'inPrt3': 103, 'inPrt2': 102.

This attribute indicates a unique identifier of the Dlci the compressed information relates to. The values are between 16 - 991.

This attribute is the compressed information itself.

A table.

An entry in table.

This attribute indicates the version of the internal format of the Compressed data

This attribute indicates the desired slot position. In the ?004 Unit the entries PsB(2),ClB(4),io6(10)..io(16) are not valid. For Stand-alone units, notApplicable(255) will appear.

This attribute indicates a unique identifier of the port the alarm applies to. All the values are valid. No alarms exist for a non-existing port. IP Bundles are considered a port too, for this matter.

A unique number to identify an entry in the alarm status table of the agent.

This attribute is the compressed information itself.

A table.

An entry in table.

A unique identifier of the link

This attribute indicates a unique slot position where the card is inserted. In the ?004 Unit the entries clA(3), io6(10)..io12(16) are not valid. Enumeration: 'io9': 13, 'io8': 12, 'noConnect': 2, 'io6': 10, 'io5': 9, 'io4': 8, 'io3': 7, 'clA': 3, 'io1': 5, 'io2': 6, 'io12': 16, 'io7': 11, 'io11': 15, 'io10': 14, 'notApplicable': 255.

This attribute indicates a unique port number. Enumeration: 'exPrt9': 9, 'exPrt8': 8, 'exPrt7': 7, 'exPrt6': 6, 'exPrt5': 5, 'exPrt4': 4, 'exPrt3': 3, 'exPrt2': 2, 'exPrt1': 1, 'noConnect': 100, 'exPrt12': 12, 'exPrt11': 11, 'exPrt10': 10, 'inPrt11': 111, 'inPrt10': 110, 'inPrt12': 112, 'inPrt9': 109, 'inPrt8': 108, 'inPrt5': 105, 'inPrt4': 104, 'inPrt7': 107, 'inPrt6': 106, 'inPrt1': 101, 'inPrt3': 103, 'inPrt2': 102.

This attribute indicates the status of the link between the two muxes Enumeration: 'down': 2, 'unknown': 1, 'up': 3.

A table.

An entry in table.

A unique index of the ethernet interface/port.

This object indicates the Ethernet mode of operation. Enumeration: 'notApplicable': 255, 'fullDuplex': 2, 'halfDuplex': 1.

This object indicates the bridging mode of the Ethernet interface. Enumeration: 'filtered': 1, 'transparent': 2.

This object define the encapsulation type requested for the Ethernet interface. It indicates if we transfer the Ethernet frame to the other side with or without the CRC. Enumeration: 'notApplicable': 1, 'withoutCRC': 3, 'withCRC': 2.

This parameter defines whether to enable or disable Back pressure. Back Pressure is a flow control parameter. Enumeration: 'notApplicable': 1, 'enable': 3, 'disable': 2.

This parameter determine the Back off algorithm mode. Every 4 following collisions the Framer will be thrown out (4 times more than usuall). Enumeration: 'notApplicable': 1, 'enable': 3, 'disable': 2.

This parameter defines whether read status on reset. Enumeration: 'notApplicable': 1, 'notSkip': 2, 'skip': 3.

This parameter defines whether to send multicast message to WAN from LAN or not. Enumeration: 'notApplicable': 1, 'unBlock': 2, 'block': 3.

This parameter defines whether to send broadcast message to WAN from LAN or not. Enumeration: 'notApplicable': 1, 'unBlock': 2, 'block': 3.

This parameter defines the line speed. Enumeration: 'notApplicable': 1, 's1Gbps': 4, 's100Mbps': 3, 's10Mbps': 2.

This parameter defines whether to send RIP II message to WAN from LAN or not Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

This parameter defines if priority is to be considered for this Port. Enumeration: 'notApplicable': 1, 'none': 2, 'fixed': 3.

This parameter defines whether management data can pass through this Port. localOnly (4) - Only local device can be managed via this port. Enumeration: 'notApplicable': 1, 'yes': 3, 'localOnly': 4, 'no': 2.

In case of flow control - transmit frame with this specific MAC address to inform the other end to stop sending frames. Default: 01.80.C2.00.00.01.

This parameter defines the Rate Limit of the line, in Mbps.

This parameter defines whether to support Jumbo Frame or not. Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

This parameter defines whether to support automatic change between MDI and MDI[X]. Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

This parameter defines whether this port is enabled for data (that is not management). no(2) - management can run on this port yes(3) - both management and payload data can run on this port. Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

This parameter defines the use of the port. 1=NET 2=USER .

This parameter defines the working mode of 802.AH OAM mechanism. Enumeration: 'passive': 3, 'disable': 2.

This parameter defines the routing protocol used above ETH port. Enumeration: 'notApplicable': 1, 'none': 2, 'rip1and2': 6, 'proprietary': 3, 'rip2': 4.

This parameter sets the port to be MDI-X (cross-over) or MDI (straight-through). It is applicable only when ethAutoMdiXEnable = no, namely, only when the automatic MDI/MDIX crossover function is disabled. Enumeration: 'straightThrough': 2, 'crossOver': 1.

Determines if the Port-Based Network Access Protocol (IEEE-802.1x) is enabled for the Ethernet Port. Enumeration: 'notApplicable': 1, 'yes': 3, 'no': 2.

For converters having couples of ports, where each couple contains a port with an SFP connector and a port with a RJ connector, this parameter is relevant for the SFP port. It affects Rate configuration of its partner (RJ port). manual - user can configure manually ETH parameters of RJ port (e.g Autonegotiation, Max Capability Advertised, etc...) automatic - SFP Rate will be enforced on the RJ port. In this mode, user cannot configure the Rate related parameters of the RJ port (e.g Autonegotiation, Max Capability Advertised, etc...) Enumeration: 'automatic': 2, 'manual': 1.

Determine the functionality of the port in the Port-Based Network Access Protocol (IEEE-802.1x) - either Authenticator or Supplicant. Enumeration: 'authenticator': 1, 'supplicant': 2.

The Ethernet Current table. When the index specifies the Ethernet interface (only), the counters are for an interval of 15 minutes.

An entry in the Ethernet Current table.

The index of the Ethernet interface. It may be ifIndex. For some devices (e.g RICi-622GE), supporting several types of intervals, this index will be a concatenation of the port index and interval type. Interval type can indicate: 1 minute, 15 minutes, 1 hour, 24 hours. For the exact formula, see device specification.

The status of the current interval: 0 - Valid. 1 - redundantLinkSwitch - the link has been switched by a redundancy mechanism. 2 - discontinuity - module was partialy out. 4 - notValid - module is out.

The counter associated with the number of received frames, encountered by the Ethernet interface in the current interval.

The counter associated with the number of received octets, encountered by the Ethernet interface in the current interval.

The counter associated with the number of received frames, which are not complete (The result of dividing the number of bits by 8 is not an Integer), encountered by the Ethernet interface in the current interval.

The counter associated with the number of received frames that didn't pass the FCS test, encountered by the Ethernet interface in the current interval.

The counter associated with the number of received frames with length error, encountered by the Ethernet interface in the current interval.

The counter associated with the number of transmitted frames, encountered by the Ethernet interface in the current interval.

The counter associated with the number of transmitted octets, encountered by the Ethernet interface in the current interval.

The counter associated with the number of successfully transmitted frames for which transmission was inhibited by exactly one collision, encountered by the Ethernet interface in the current interval.

The counter associated with the number of successfully transmitted frames for which transmission was inhibited by more than one collision, encountered by the Ethernet interface in the current interval.

The counter associated with the number of transmitted frames for which the first transmission attempt was delayed due to a busy media, encountered by the Ethernet interface in the current interval.

The counter associated with the number of times that a collision was detected later than the first 64 bytes of the frame, encountered by the Ethernet interface in the current interval.

The counter associated with the number of times that the carrier sense condition was lost or never asserted when attempting to transmit a frame, encountered by the Ethernet interface in the current interval.

The counter associated with the number of frames dropped due to lack of buffers in ingress pool, encountered by the Ethernet interface in the current interval.

The counter associated with the number of dropped frames due to a congestion, encountered by the Transmit direction to the Ethernet interface in the current interval.

The number of times the associated ethIfCurrentInFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentInOctets counter has overflowed in the current interval.

The number of times the associated ethIfCurrentFCSErrors counter has overflowed in the current interval.

The number of times the associated ethIfCurrentOutFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentOutOctets counter has overflowed in the current interval.

The number of times the associated ethIfCurrentMultipleCollisionFrames counter has overflowed in the current interval.

The number of received Unicast frames, encountered by the Ethernet interface in the current interval.

The number of transmitted Unicast frames, encountered by the Ethernet interface in the current interval.

The number of received Multicast frames, encountered by the Ethernet interface in the current interval.

The number of transmitted Multicast frames, encountered by the Ethernet interface in the current interval.

The number of received Broadcast frames, encountered by the Ethernet interface in the current interval.

The number of transmitted Broadcast frames, encountered by the Ethernet interface in the current interval.

The number of received Discarded frames, encountered by the Ethernet interface in the current interval.

The number of transmitted Discarded frames, encountered by the Ethernet interface in the current interval.

The number of received Pause frames, encountered by the Ethernet interface in the current interval.

The number of transmitted Pause frames, encountered by the Ethernet interface in the current interval.

The number of times the associated ethIfCurrentInUnicastFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentOutUnicastFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentInMulticastFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentOutMulticastFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentInBroadcastFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentOutBroadcastFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentInDiscardFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentOutDiscardFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentInPauseFrames counter has overflowed in the current interval.

The number of times the associated ethIfCurrentOutPauseFrames counter has overflowed in the current interval.

The Ethernet Interval table. When ethIfIntervalIndex specifies the Ethernet interface (only), the counters are for an interval of 15 minutes.

An entry in the Ethernet Interval table.

The index of the Ethernet interface. It may be ifIndex. For some devices (e.g RICi-622GE), supporting several types of intervals, this index will be a concatenation of the port index and interval type. Interval type can indicate: 1 minute, 15 minutes, 1 hour, 24 hours. For the exact formula, see device specification.

The Interval Number. This number is between 1 and x, where 1 is the most recently completed interval and x is the least recently completed interval. For 15 minute intervals, usually x=96, but it can be different, depending on device capabilities.

The status of the interval: 0 - Valid. 1 - redundantLinkSwitch - the link has been switched by a redundancy mechanism. 2 - discontinuity - module was partialy out. 4 - notValid - module is out.

The counter associated with the number of received frames, encountered by the Ethernet interface in the interval.

The counter associated with the number of received octets, encountered by the Ethernet interface in the interval.

The counter associated with the number of received frames, which are not complete (The result of dividing the number of bits by 8 is not an Integer), encountered by the Ethernet interface in the interval.

The counter associated with the number of received frames that didn't pass the FCS test, encountered by the Ethernet interface in the interval.

The counter associated with the number of received frames with length error, encountered by the Ethernet interface in the interval.

The counter associated with the number of transmitted frames, encountered by the Ethernet interface in the interval.

The counter associated with the number of transmitted octets, encountered by the Ethernet interface in the interval.

The counter associated with the number of successfully transmitted frames for which transmission was inhibited by exactly one collision, encountered by the Ethernet interface in the interval.

The counter associated with the number of successfully transmitted frames for which transmission was inhibited by more than one collision, encountered by the Ethernet interface in the interval.

The counter associated with the number of transmitted frames for which the first transmission attempt was delayed due to a busy media, encountered by the Ethernet interface in the interval.

The counter associated with the number of times that a collision was detected later than the first 64 bytes of the frame, encountered by the Ethernet interface in the interval.

The counter associated with the number of times that the carrier sense condition was lost or never asserted when attempting to transmit a frame, encountered by the Ethernet interface in the interval.

The counter associated with the number of dropped frames due to a congestion, encountered by the Receive direction to the Ethernet interface in the interval.

The counter associated with the number of dropped frames due to a congestion, encountered by the Transmit direction to the Ethernet interface in the interval.

The number of times the associated ethIfIntervalInFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalInOctets counter has overflowed in the interval.

The number of times the associated ethIfIntervalFCSErrors counter has overflowed in the interval.

The number of times the associated ethIfIntervalOutFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalOutOctets counter has overflowed in the interval.

The number of times the associated ethIfIntervalMultipleCollisionFrames counter has overflowed in the interval.

The number of received Unicast frames, encountered by the Ethernet interface in the interval.

The number of transmitted Unicast frames, encountered by the Ethernet interface in the interval.

The number of received Multicast frames, encountered by the Ethernet interface in the interval.

The number of transmitted Multicast frames, encountered by the Ethernet interface in the interval.

The number of received Broadcast frames, encountered by the Ethernet interface in the interval.

The number of transmitted Broadcast frames, encountered by the Ethernet interface in the interval.

The number of received Discarded frames, encountered by the Ethernet interface in the interval.

The number of transmitted Discarded frames, encountered by the Ethernet interface in the interval.

The number of received Pause frames, encountered by the Ethernet interface in the interval.

The number of transmitted Pause frames, encountered by the Ethernet interface in the interval.

The number of times the associated ethIfIntervalInUnicastFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalOutUnicastFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalInMulticastFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalOutMulticastFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalInBroadcastFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalOutBroadcastFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalInDiscardFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalOutDiscardFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalInPauseFrames counter has overflowed in the interval.

The number of times the associated ethIfIntervalOutPauseFrames counter has overflowed in the interval.

This object indicates whether OK or Fail statistics will be counted. Enumeration: 'countFail': 3, 'notApplicable': 1, 'countOK': 2.

The Ethernet Performance table.

An entry in the Ethernet Performance table.

The counter associated with the number of received OK frames, encountered by the Ethernet interface since ethPerformanceMode Set to countOK (2) or Reset Statistics was done.

The counter associated with the number of transmitted OK frames, encountered by the Ethernet interface since ethPerformanceMode Set to countOK (2) or Reset Statistics was done.

The counter associated with the total number of collisions of any type encountered by the Ethernet interface since ethPerformanceMode Set to countOK (2) or Reset Statistics was done

The counter associated with the number of received OK Octets, encountered by the Ethernet interface since ethPerformanceMode Set to countOK (2) or Reset Statistics was done.

This trap indicates that a MEP has a persistent defect condition.

MEG End Point (MEP) configuration table associated with Maitenance Entity Group (MEG) End Point. MEP is a short name for an expanded ETH flow point that includes a compound ETH Segment flow termination function, which marks the end point of an ETH ME, and a compound ETH Diagnostic flow function.

An entry in the table.

This object may indicate the Bridge Index or Configuration index.

This object indicates the Index of the EVC (Ethernet Virtual Circuit) that the MEP is associated to.

This object indicates the ID of the MEP being accessed.

This attribute allows to create/delete a row in this table.

This object indicates the local MEP ID.

This atribute is currently implemneted at radMepCcTable, that supports multicast.

This object determines the OAM mode of the MEP: disabled - no CC is initiated nor responded initiate - the device initiates and responds to CC react - the device does not initiate a CC, but responds to CC. Enumeration: 'disabled': 2, 'initiate': 3, 'react': 4.

This object determines the OAM behavior of the MEP: disabled - no CC is done cc_based - CC is done based on incoming messages lb_based - CC is done based on loopback messages. Enumeration: 'disabled': 2, 'ccBased': 3, 'lbBased': 4.

At any point in a network, ME Level is used to distinguish between OAM signals belonging to different nested MEs. Maintenance Entity Levels are defined as follows: 0,1,2 are assigned to customers 3,4 are assigned to providers 5,6,7 are assigned to operators.

This object determines if the OAM messages are sent to user defined unicast address, or to RAD proprietary multicast address. Enumeration: 'unicast': 1, 'multicast': 2.

This object determines the MAC address that OAM packets are sent to.

This object defines the priority of the OAM messages sent when no service is defined on EVC. If a service is defined, the OAM messages will get the highest service priority existing on the EVC.

This object indicates the Continuity Check (CC) status. Enumeration: 'ok': 3, 'unexpectedMep': 5, 'mismerge': 4, 'unexpectedMeLevel': 6, 'notApplicable': 1, 'fail': 2.

Determines whether to use proprietary OAM mechanism, or to use the standard (IEEE 802.1ag, ITU-T Y.1731). Enumeration: 'proprietary': 1, 'standard': 2.

The index of the Maintenance Domain in the radMdTable (radMdIndex).

The type (and thereby format) of the Maintenance Association Name. Enumeration: 'unsignedInt16': 3, 'rfc2865VpnId': 4, 'icc': 32, 'primaryVid': 1, 'charString': 2.

The Short Maintenance Association name.

The SP (Service Provider) VLAN used when sending an OAM message.

Indicates the interval at which CCMs are sent by a MEP Valid only if radMepOamMode = initiate(4). Enumeration: 'interval10s': 5, 'interval10min': 7, 'interval1s': 4, 'interval10ms': 2, 'interval100ms': 3, 'interval300Hz': 1, 'intervalInvalid': 0, 'interval1min': 6.

The Target MAC Address Field to be transmitted in the Loopback Message: For unicast MAC Address this is the unicast destination MAC address. For multicast MAC Address, this variable is read-only. This address will be used if the value of radMepTransmitLbmDestIsMepId is no (2). 802.1ag clause 12.14.7.3.2:b.

The MEPID of another MEP in the same MA to which the LBM is to be sent. This address will be used if the value of radMepTransmitLbmDestIsMepId is yes (3). 802.1ag clause 12.14.7.3.2:b.

yes (3) indicates that MEPID of the target MEP is used for loopback transmission. no (2) indicates that unicast destination MAC address of the target MEP is used. 802.1ag clause 12.14.7.3.2:b. Enumeration: 'yes': 3, 'no': 2.

The number of Loopback messages to be transmitted.

The priority to be used in the VLAN tag, if present, in the transmitted frame. The default value is CCM priority. 802.1ag clause 12.14.7.3.2:e

Drop Enable bit to be used in the VLAN tag, if present, in the transmitted frame. 802.1ag clause 12.14.7.3.2:e Enumeration: 'yes': 3, 'no': 2.

Total number of valid, in-order Loopback Replies received.

The total number of valid, out-of-order Loopback Replies received.

Total number of Loopback Messages transmitted.

The Target MAC Address Field to be transmitted in the Link Trace Message: A unicast destination MAC address. This address will be used if the value of radMepTransmitLtmTargetIsMepId is no (2). 802.1ag clause 12.14.7.4.2:c.

The MEPID of another MEP in the same MA to which LTM is to be transmitted. This address will be used if the value of radMepTransmitLtmTargetIsMepId is yes (3). 802.1ag clause 12.14.7.4.2:c.

yes (3) indicates that MEPID of the target MEP is used for Linktrace transmission. no (2) indicates that unicast destination MAC address of the target MEP is used. 802.1ag clause 12.14.7.4.2:c. Enumeration: 'yes': 3, 'no': 2.

The LTM TTL field. Default value, if not specified, is 64. The TTL field indicates the number of hops remaining to the LTM. Decremented by 1 each Linktrace Responder that handles the LTM. The value received in the LTM is returned in the LTR. If 0 on input, the LTM is not transmitted to the next hop. 802.1ag clause 12.14.7.4.2:b and 21.8.4.

Activation command for starting Loop Trace. Set will be always to 'on' value. After operation was finished, Agent will turn the value to 'off'. Enumeration: 'on': 3, 'off': 2.

Service configuration table associated with Services running on a MEP.

An entry in the table.

This object indicates the Index of the service being accessed.

This attribute allows to create/delete a row in this table.

This object determines the priority of the service. It is sent as P bits in an OAM message originated by this service.

This object determines PM (Performance Monitoring) shall be enabled or not for the service. Enumeration: 'enable': 3, 'disable': 2.

This object determines the Frame Loss ratio threshold in exponent of 1/10. That is, a value of 4 means that the threshold is 1E-4.

This object determines the delay threshold defined for this service, in measurement unit of 0.1 msec.

This object determines the delay variation threshold defined for this service, in measurement unit of 0.1 msec.

This object determines the Unavailability ratio threshold in exponent of 1/10. That is, a value of 4 means that the threshold is 1E-4.

Counts the number of frames trnasmitted by since the time the service is up.

The number of times the associated ethOamServiceTxFrames counter has overflowed.

Counts the number of frames lost since the time the service is up.

The number of times the associated ethOamServiceFrameLoss counter has overflowed.

Indicates the ratio of the lost frames since the time the service is up. The value is the ratio multiplied by 1E10. 0xFFFFFFFF will be returned for ratio greater than 4/10 (40%).

Indicates the time elapsed in seconds since the time the service is up.

Indicates the number of unavailable seconds since the time the service is up.

Indicates the ratio of the unavailable seconds since the time the service is up. The value is the ratio multiplied by 1E10. 0xFFFFFFFF will be returned for ratio greater than 4/10 (40%).

Indicates the number of frames arrived with delay greater than the delay threshold.

Indicates the number of times the associated ethOamServiceFramesAboveDelay counter has overflowed.

Indicates the number of frames arrived with delay variation greater than the delay variation threshold.

Indicates the number of times the associated ethOamServiceFramesAboveDelayVar counter has overflowed.

Service Current Statistics Table.

Current Statistics per service

Number of frames that arrived in the current interval at a delay greater than the threshold value defined for the service.

Number of frames that arrived in the current interval at a delay lower than or equal to the threshold value defined for the service.

Number of frames that arrived in the current interval at a delay variation greater than the threshold value defined for the service.

Number of frames that arrived in the current interval at a delay variation lower than or equal to the threshold value defined for the service.

Number of trnasmitted frames in the current interval.

Number of lost frames in the current interval.

The mininal value of round trip delay in the current interval. Values units are of 0.1 msec.

The maximum value of round trip delay in the current interval. Values units are of 0.1 msec.

The average round trip delay in the current interval. Values units are of 0.1 msec.

The maximum value of round trip delay variation in the current interval. Values units are of 0.1 msec.

The average round trip delay variation in the current interval. Values units are of 0.1 msec.

The number of seconds that have elapsed since the beginning of the current interval.

The number of seconds that the service was unavailable in the current interval.

Service Interval Statistics Table.

Interval Statistics per service

The Interval index, which is actualy the Interval number, 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 exist).

Number of frames that arrived in a delay greater than the threshold value defined for the service in the selected interval.

Number of frames that arrived in a delay lower than the threshold value defined for the service in the selected interval.

Number of frames that arrived in a delay variation greater than the threshold value defined for the service in the selected interval.

Number of frames that arrived in a delay variation lower than the threshold value defined for the service in the selected interval.

Number of trnasmitted frames in the selected interval.

Number of lost frames in the selected interval.

The mininal value of round trip delay in the selected interval. Values units are of 0.1 msec.

The maximum value of round trip delay in the selected interval. Values units are of 0.1 msec.

The average round trip delay in the selected interval. Values units are of 0.1 msec.

The maximum value of round trip delay variation in the selected interval. Values units are of 0.1 msec.

The average round trip delay variation in the selected interval. Values units are of 0.1 msec.

The number of seconds that the service was unavailable in the selected interval.

ETH OAM Service Total (24H) Statistics Table.

Total Statistics per service

Number of frames that arrived in a delay greater than the threshold value defined for the service in the last 24H.

Number of frames that arrived in a delay lower than the threshold value defined for the service in the last 24H.

Number of frames that arrived in a delay variation greater than the threshold value defined for the service in the last 24H.

Number of frames that arrived in a delay variation lower than the threshold value defined for the service in the last 24H.

Number of trnasmitted frames in the last 24H.

Number of lost frames in the last 24H.

The mininal value of round trip delay in the last 24H. Values units are of 0.1 msec.

The maximum value of round trip delay in the last 24H. Values units are of 0.1 msec.

The average round trip delay in the last 24H. Values units are of 0.1 msec.

The maximum value of round trip delay variation in the last 24H. Values units are of 0.1 msec.

The average round trip delay variation in the last 24H. Values units are of 0.1 msec.

The number of seconds that the service was unavailable in the last 24H.

The MaintenanceDomain table. Each row in the table represents a different maintenance domain. A Maintenance domain is described in 802.1ag (3.22) as the network or the part of the network for which faults in connectivity are to be managed. The boundary of a Maintenance Domain is defined by a set of DSAPs, each of which can become a point of connectivity to a service instance.

The Maintenance Domain table entry. This entry is not lost upon reboot. It is backed up by stable storage

The index to the maintenance domain table.

The type (and thereby format) of the Maintenance Domain Name. Enumeration: 'none': 1, 'macAddressAndUint': 3, 'charString': 4, 'dnsLikeName': 2.

The Maintenance Domain name. The type/format of this object is determined by the value of the radMdNameType object. Each Maintenance Domain has unique name amongst all those used or available to a service provider or operator. It facilitates easy identification of administrative responsibility for each Maintenance Domain.

This attribute allows to create/delete a row in this table. The writable columns in a row can not be changed if the row is active. All columns must have a valid value before a row can be activated.

This table contains a list of Linktrace replies received by a specific MEP in response to a linktrace message.

The LinktraceReply table entry.

An index to distinguish among multiple LTRs with the same LTR Transaction Identifier field value. radMepLtrReceiveOrder are assigned sequentially from 1, in the order that the Linktrace Initiator received the LTRs.

TTL field value for a returned LTR.

The MAC address in the header of the returned LTR.

The value returned in the Relay Action field: rlyHit - the LTM reached an MP whose MAC address matches the target MAC address. rlyFdb - the Egress Port was determined by consulting the Filtering Database. rlyMpdb - the Egress Port was determined by consulting the MIP CCM Database. 802.1ag clauses 12.14.7.5.3:g and 20.36.2.5 Enumeration: 'rlyHit': 1, 'rlyMpdb': 3, 'rlyFdb': 2.

The value returned in the Ingress Action Field of the LTM. ingNoTlv - no Reply Ingress TLV was returned in the LTM. ingOK - the target data frame would be passed through to the MAC Relay Entity. ingDown - the Bridge Port's MAC_Operational parameter is false. ingBlocked - the target data frame would not be forwarded if received on this port. ingVid - the ingress port is not in the members of the LTM's VID, and ingress filtering is enabled, so the target data frame would be filtered by the ingress filtering. 802.1ag clauses 12.14.7.5.3:k and 20.36.2.6 Enumeration: 'ingNoTlv': 1, 'ingBlocked': 4, 'ingOk': 2, 'ingVid': 5, 'ingDown': 3.

The format of the Ingress Port ID. If the radMepLtrIngress object contains the value egrNoTlv(1), then the contents of this object are meaningless. 802.1ag clauses 12.14.7.5.3:m and 20.36.2.8

Ingress Port ID. This is an alpha-numeric string that contains a specific identifier for the port. The format of this object is determined by the value of the radMepLtrIngressPortIdSubtype object. If the radMepLtrIngress object contains the value ingNoTlv(1), then the contents of this object are meaningless. 802.1ag clauses 12.14.7.5.3:n and 20.36.2.9

The value returned in the Egress Action Field of the LTM. The value egrNoTlv(1) indicates that no Reply Egress TLV was returned in the LTM. 802.1ag clauses 12.14.7.5.3:o and 20.36.2.10 Enumeration: 'egrVid': 5, 'egrNoTlv': 1, 'egrBlocked': 4, 'egrOK': 2, 'egrDown': 3.

The format of the egress Port ID. If the radMepLtrEgress object contains the value egrNoTlv(1), then the contents of this object are meaningless. 802.1ag clauses 12.14.7.5.3:q and 20.36.2.12

Egress Port ID. The format of this object is determined by the value of the radMepLtrEgressPortIdSubtype object. If the radMepLtrEgress object contains the value egrNoTlv(1), then the contents of this object are meaningless. 802.1ag clauses 12.14.7.5.3:r and 20.36.2.13

This table contains a list of CC Status received by a specific MEP from different Remote MEPs.

An entry in the CC Status Table.

This is a running index for arriving CC messages (from different Remote MEPs) for a specific MEP ID.

This attribute indicates the Remote MEP ID from which the CC messages has arrived.

This object indicates the Continuity Check (CC) status (ITU-T Y.1731, Appendix I): mismerge - A MEP detects a Mismerge condition when a CCM frame arrives with the correct MEG level, but incorrect MEG ID. unexpectedMep -A MEP detects an Unexpected MEP condition when a CCM frame arrives with the correct MEG level, the correct MEG ID, but an unexpected MEP ID, which includes the MEP's own MEP ID. unexpectedMeLevel - A MEP detects an Unexpected MEG Level condition when a CCM frame arrives with incorrect MEG Level. Incorrect MEG Level is less than the MEP's own MEG level. unexpectedPeriod - A MEP detects an Unexpected Period condition when a CCM frame arrives with a correct MEG level. a correct MEG ID, a correct MEP ID, but with the Period field value different from the MEP's own CCM transmission period. rdi - A MEP detects RDI when it receives a CCM frame with the RDI field set. Enumeration: 'ok': 3, 'unexpectedMep': 5, 'mismerge': 4, 'unexpectedMeLevel': 6, 'notApplicable': 1, 'unexpectedPeriod': 7, 'fail': 2, 'rdi': 8.

This object indicates the MAC Address in the CC Status message received.

The Standard Ether Type in an OAM message. This object will be RW until a formal value will be issued for standard Ethernet Type. When such Standard will exist, this object will be supported RO to reflect the Standard value.

The Standard MAC Address in an OAM message. This object will be RW until a formal value will be issued for standard MAC Address. When such Standard will exist, this object will be supported RO to reflect the Standard value.

The Maintenance Domain table. Each row in the table represents a different maintenance association.

The Maintenance Domain table entry.

. Enumeration: 'standard': 2, 'preStandard': 1.

The Maintenance Association End Point (MEP) table.

The MEP table entry

This object determines the OAM behavior of the MEP: disabled - no Continuity Verification is done cc_based - Continuity Verification is done based on incoming CC messages lb_based - Continuity Verification is done based on loopback messages. Enumeration: 'disabled': 2, 'ccBased': 3, 'lbBased': 4.

This object determines if the OAM messages are sent to user defined unicast address, or to RAD proprietary multicast address. Enumeration: 'unicast': 1, 'multicast': 2.