ALCATEL-IND1-CHASSIS-MIB

TEXTUAL-CONVENTION

BPS shelf Id .

TEXTUAL-CONVENTION

Textual convention for physical LEDs. Note: Due to European regulation, the LEDs will never be illuminated in red, but will be either green or amber.

TEXTUAL-CONVENTION

Textual convention for BPS event alert

TEXTUAL-CONVENTION

Textual convention for BPS FET state

TEXTUAL-CONVENTION

Textual convention for BPS FW upgrade requirment alert

TEXTUAL-CONVENTION

Textual convention for type of bps power supply.

TEXTUAL-CONVENTION

this number identify the alert among all the possible chassis alert causes.

TEXTUAL-CONVENTION

A number defining the order of the object in the set. EX: The number of the considered fan or power supply. This intend to clarify as much as possible the location of the failure or alert. An instance of the appearance of the trap could be: failure on a module. Power supply 3.

TEXTUAL-CONVENTION

An enumerated value which provides the object type involved in the alert trap.

TEXTUAL-CONVENTION

Application Identification number

TEXTUAL-CONVENTION

Fault identifier. The error number identifies the kind the detected fault and allows a mapping of the data contained in chassisTrapsdataInfo.

TEXTUAL-CONVENTION

enumerated value which provide the urgency level of the STR.

TEXTUAL-CONVENTION

Subapplication Identification number. we can have multiple snapIDs per Subapplication (task) but only one is to be used to send STRs.

TEXTUAL-CONVENTION

Additional data provided to help to find out the origine of the fault. The contain and the significant portion are varying in accordance with chassisTrapsStrErrorNb. The lenght of this field is expressed in bytes.

TEXTUAL-CONVENTION

Line number in the source file where the fault was detected. This is given by the C ANSI macro __LINE__.

OBJECT-IDENTITY

Branch For Chassis Supervision Chassis Physical MIB Subsystem Managed Objects.

OBJECT-TYPE

This table contains one row per physical entity. It is an extension for the entity physical table (rfc 2737) that is instantiated for every physical entity object. The fields are not always significant for every object.

OBJECT-TYPE

Information about a particular physical entity.

OBJECT-TYPE

All modules (even empty slots) are in unknown state when the chassis first powers up. Chassis status possible value: powerOn <=> powered up Control Module possible value: powerOn <=> CM up and running reset <=> CM reset takeover <=> Secondary CM takes over resetAll <=> resets the whole switch vcTakeover <=> Reloads master chassis from the current working directory, which initiates a VC takeover. vcResetAll <=> resets entire VC. NI status possible value: powerOn <=> NI is either powered (up or down) or waiting to be powered whenever more power is available. This admin status has not full meaning without chasEntPhysOperStatus powerOff <=> NI down and unpowered and NI will not be powered until user requests it, a failover happens or a reboot happens reset <=> NI reset FABRIC status possible value: powerOn <=> FABRIC is powered powerOff <=> FABRIC is unpowered standby <=> FABRIC is powered and requested to be redundant (inactive) Daughter board status possible value: powerOn <=> DB up and running reset <=> DB reset (TO BE CONFIRMED) Power supply status possible value: powerOn <=> PS up

OBJECT-TYPE

All modules (even empty slots) are in unknown state when the chassis first powers up. Chassis status possible value : up <=> powered up Control Module possible value : notPresent <=> CM not present up <=> CM up and running down <=> CM down and powered secondary <=> CM in secondary mode and running NI status possible value : notPresent <=> NI not present up <=> NI up and running down <=> NI down and powered unpowered <=> NI unpowered because there is not enough power in the system (chasEntPhysAdminStatus = powerOn) or because the NI has to be OFF (chasEntPhysAdminStatus = powerOff). This operational status has not full meaning without chasEntPhysAdminStatus Fabric status possible value : master <=> up and acting as master up <=> up and acting as slave secondary <=> secondary mode for redundancy Daughter board status possible value : notPresent <=> DB not present up <=> DB up and running down <=> DB down and powered Power supply status possible value : up <=> PS up down <=> PS administratively down unpowered <=> PS not plugged in pwrsave <=> chassis in powersave mode, supply turned off Fan Tray status possible value : up <=> powered up down <=> powered down fault <=> fault detected

OBJECT-TYPE

This value is only applicable to the NI, PS and Control Modules. It corresponds to a a static value for the power consumption of an NI module or Control Module. This value is in Watts.

OBJECT-TYPE

This object is the unique Module Type or ID from the entities eeprom. This value is guarrantteed to be unique to each type of Module. This value is only intended for Alcatel internal use.

OBJECT-TYPE

This object contains the Alcatel Part Number for the entity. This value is used to identify what is needed when placing orders with Alcatel.

OBJECT-TYPE

Chassis Management Module (CMM) front panel LED OK1 status indication

OBJECT-TYPE

Chassis Management Module (CMM) front panel LED OK2 status indication

OBJECT-TYPE

Chassis Management Module (CMM) front panel LED Primary chassis indication

OBJECT-TYPE

Chassis Management Module (CMM) front panel LED Secondary chassis indication

OBJECT-TYPE

Chassis Management Module (CMM) front panel LED temperature status indication

OBJECT-TYPE

For Hawk stacks used as a fan group status LED. For eagle CMM's user instead: Fan 1 (top left), Fan 2 (top right), Fan 3 (rear)

OBJECT-TYPE

Chassis backup power supply status indication

OBJECT-TYPE

Chassis internal power supply status indication

OBJECT-TYPE

Chassis control status

OBJECT-TYPE

Chassis Management Module (CMM) Fabric status indication

OBJECT-TYPE

Chassis Power Supply Unit status indication

OBJECT-TYPE

This object contains the ASIC revision Number of the ni entity

OBJECT-TYPE

This object contains the ASIC revision Number of the ni entity

OBJECT-TYPE

This object contains the ASIC revision Number of the ni entity

OBJECT-TYPE

This object contains the ASIC revision Number of the ni entity

OBJECT-TYPE

This object contains the ASIC revision Number of the ni entity

OBJECT-TYPE

This object contains the ASIC revision Number of the ni entity

OBJECT-TYPE

This object contains the CPLD revision Number of the ni entity

OBJECT-TYPE

This object contains the daughter fpga revision Number of the ni entity

OBJECT-TYPE

This object contains the daughter fpga revision Number of the ni entity

OBJECT-TYPE

This value is only applicable to the NI. It indicates an NI associated with this physicalEntry

OBJECT-TYPE

This value is only applicable to the NI. It indicates a gbic associated with this ni

OBJECT-TYPE

This object contains the wave length of a SFP device

OBJECT-TYPE

This object contains the uboot version Number of the ni entity

OBJECT-TYPE

This object contains the uboot miniboot version Number of the ni entity

OBJECT-TYPE

This object contains the MAC address of the ni entity

OBJECT-TYPE

This object contains the model description of the cmm/ni cpu

OBJECT-TYPE

Chassis PS fan airflow direction

OBJECT-TYPE

This value is only applicable to the PS. It is the current reading for the power usage of the PS. This value is in Watts.

OBJECT-TYPE

This object is the type of the power supply, It corresponds to AC, DC or BPS. This value is only intended for Alcatel internal use.

OBJECT-TYPE

The name of the power supply of this entry.

OBJECT-TYPE

Type of power supply.

OBJECT-TYPE

Type of power supply input.

OBJECT-TYPE

The wattage of power supply.

OBJECT-TYPE

The Voltage of power supply.

OBJECT-TYPE

This table contains one row per temperature sensor located on an entity represented by the associated row in the entPhysicalTable.

OBJECT-TYPE

Information about a particular physical temperature sensor.

OBJECT-TYPE

This object indicates the current output of the temperature sensor in degrees Celsius.

OBJECT-TYPE

This object is the threshold temperature in degrees Celsius for the sensor. When the value of chasEntTempCurrent exceeds this value, a temperature notification is provided to the user.

OBJECT-TYPE

This object is the danger threshold temperature in degrees Celsius for the sensor. When the value of chasEntTempCurrent exceeds this value, the associated physical entity is powered down.

OBJECT-TYPE

This object is the status value of the temperature sensor. It reflects the temperature relative to the chasEntTempThreshold and chasEntTempDangerThreshold values.

OBJECT-IDENTITY

Branch For Chassis Supervision Chassis Physical MIB Subsystem Conformance Information.

OBJECT-IDENTITY

Branch For Chassis Supervision Chassis Physical MIB Subsystem Units Of Conformance.

OBJECT-IDENTITY

Branch For Chassis Supervision Chassis Physical MIB Subsystem Compliance Statements.

OBJECT-IDENTITY

Branch For Chassis MIB Subsystem Notifications.

OBJECT-IDENTITY

Branch For Chassis Supervision Chassis MIB Subsystem Managed Objects.

OBJECT-TYPE

This table contains one row for the primary control module.

OBJECT-TYPE

Information about the primary control module. This table is an extension of the entity physical table but this class is instanciated only for a the primary control module that has a particular Index. When operatiing in virtual chassis mode only the master primary control module is instanciated

OBJECT-TYPE

This value is in seconds. It represents how much time before the switch automatically falls back to the certified version. This value is set via the Activate(reload working) cli command. An Activate reboot must be initiated via the primary CMM and that the timeout value can be accessed via user interface to the primary CMM only. After the Activate reboot has been initiated, a timeout will occur (i.e., an Activate Timeout) at the timeout value specified by the user. If a reboot cancel has not been received prior to the timeout expiration, the primary CMM will automatically reboot (i.e., re-reboot) using the certified configuration. This ensures that an automatic backup reboot is available using the certified configuration in the event that the user is unable to interface with primary CMM as a result of the attempted Activate reboot. If the Activate reboot is successful, the user cancels the backup reboot via the normal reboot cancellation process (i.e., a zero value is written for the object chasControlDelayedRebootTimer).

OBJECT-TYPE

For the primary this means: notSignificant - No command applied. certifySynchro - Copy the file from the working to the certified directory and from the primary to the secondary (reboot of the secondary). certifyNoSynchro - Copy the file from the working to the certified directory. flashSynchro - Copy the file from the primary to the secondary (reboot of the secondary). restore - Copy the file from the certified directory to the working directory. activate - Reload from the working directory. Activate can be scheduled. issu - In Service Software Upgrade (ISSU). shutdown - Shutdown chassis specified by chasControlChassisId. Halts and powers off NIs, halts primary and secondary CMMs. vcConvert - Copy the image files from the running directory to the working directory.

OBJECT-TYPE

Timer value in seconds used to initiate a delayed activate of the primary CMM. Writing this object to a non-zero value results in CMM reboot of the working directory following expiration of the specified activate timer delay. Writing this object to zero results in an immediately activate process. It is now adjusted to wait a maximum of 366 days.

OBJECT-TYPE

Returned value indicates if the control module has been certified (that is the working directory matches the certified directory)

OBJECT-TYPE

Returned value indicates if the control module has been synchronized (that is the working directory matches the working directory on the other control module(s) if present). Returned value is monoControlModule when no other control module is present.

OBJECT-TYPE

Returned value indicates if the /working has been synchronized across the CMMs (that is the working directory matches the working directory on all CMMs if present)

OBJECT-TYPE

Returned value indicates if the /certified has been synchronized across the CMMs if present)

OBJECT-TYPE

The pathname for the image directory that will be used on the next reload. Value may be /flash/certified or /flash/<working directory name>.

OBJECT-TYPE

The pathname of the image directory to the version that is currently executing. Value may be /flash/certified or /flash/<working directory name>.

OBJECT-TYPE

The path to the currently specified working image directory. Value may be /flash/certified or /flash/<working directory name>.

OBJECT-TYPE

Time in minutes that the running image must stay up without error before a subsequent error reset will restart the board from the running image. If a CMM in dual-CMM switch fails after a reload and before chasControlRedundancyTime expires, both CMMs will be rebooted from the certified version.

OBJECT-TYPE

This object is deprecated. Instead use alaInterfaceTable(ALCATEL-IND1-IP-MIB) when configuring EMP interfaces. The IP Address for the primary control module EMP interface. This address is used for managing the chassis and will continue as the EMP interface address after a takeover.

OBJECT-TYPE

This object is deprecated. Instead use alaInterfaceTable(ALCATEL-IND1-IP-MIB) when configuring EMP interfaces. The IP Address Mask for the primary control module EMP interface. This address mask is used for managing the chassis and will continue as the EMP interface mask after a takeover.

OBJECT-TYPE

The virtual chassis id for the action specified by chasControlVersionMngt when operating in virtual chassis mode. A value of 0 indicates the local chassis.

OBJECT-TYPE

This table contains one row per control module. There is always at least one control module in the system.

OBJECT-TYPE

Information about a particular control module this table is an extension of the entity physical table but this class is instanciated only for a particular type of physical entity: the control module that has a particular Index. When running in virtual chassis mode, entries are instantiated for the Master and all the slave CMMs

OBJECT-TYPE

This object is a count of the number of times the control module has changed from primary to secondary mode as a result of a Takeover. Note that this object can be accessed via user interface to either the primary or secondary CMM. The value returned is the number of times that the interfacing control module (either primary or secondary CMM) has changed from primary to secondary mode. This value does not reflect the total number of CMM Takeovers for the switch. To get the total number of Takeovers for the switch, it is necessary to read this value via user interface to each control module independently.

OBJECT-TYPE

Timer value (in seconds) used to initiate a delayed reboot of the primary or secondary CMM using the certified configuration. Writing this object to a non-zero value results in a CMM reboot following expiration of the specified reset timer delay. Writing this object to zero results in cancellation of a pending CMM delayed reboot. It is now adjusted to wait a maximum of 366 days.

OBJECT-TYPE

This object is used to schedule a delayed reset all action for a chassis when running in virtual chassis mode. If set to -1 - cancel the timer, 0 - reset all immediately, any other value will start counting down the time until reset.

OBJECT-TYPE

This table contains one row per chassis. There is always at least one chassis or many when running in virtual chassis mode.

OBJECT-TYPE

Information about a particular control module this table is an extension of the entity physical table but this class is instanciated only for a particular type of physical entity: the control module that has a particular Index.

OBJECT-TYPE

The number of free NI front panel slots.

OBJECT-TYPE

The power still available on the chassis in Watts.

OBJECT-TYPE

This object is a count of the number of times this station has been reset since a cold-start.

OBJECT-TYPE

Temp Range is the value of the temperature sensor for the chassis. The Temp Range value reflects the temperature of the chassis relative to the Temp Threshold value (i.e., over vs. under the threshold).

OBJECT-TYPE

This object is the threshold temperature in degrees Celsius for the chassis. Temp Threshold is the chassis temperature point at which, when reached due to an ascending or descending temperature transition, a temperature notification is provided to the user. When this threshold is exceeded, we start sending traps and other operator notification.

OBJECT-TYPE

This Threshold is a second one which is hardcoded. When the Chassis Exceeds this value it starts shutting down NIs. This value will be set by the factory and not changeable.

OBJECT-TYPE

This value holds the Entity Table Physical Index for the Control Module that is currently primary. This is to allow snmp managers to determine which Control Module is currently primary so it knows what entry in the chasControlModuleTable to access for setting the chasControlVersionMngt values for controling the switch. When running in virtual chassis mode, it will contain the Physical Index of the master primary Control Module.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the CPMA control module board. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the CFMA fabric board. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the CPMB control module board. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the CFMB fabric board. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the CFMC fabric board. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the CFMD fabric board. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for Fantray 1. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for Fantry 2. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the NI board in slot 1. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the NI board in slot 2. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the NI board in slot 3. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the NI board in slot 4. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the NI board in slot 5. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the NI board in slot 6. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the NI board in slot 7. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the current output of the Board Temperature Sensor provided by the LM75 part (degrees Centigrade) for the NI board in slot 8. This temperature is what is used for comparing to the threshold and determining whether the value is in range.

OBJECT-TYPE

This object indicates the state of power supply redundancy mode. When on(1), N+1 mode redundancy is enabled(default mode). In this mode the system controls the power supplies to maintain efficient use of the power supplies, with 1 extra power supply in case of a power supply failure. Unneeded power supplies are powered off. It can be set to off(2) to disable redundancy mode. In this mode all power supplies are powered on. This object is applicable only to OS10K devices.

OBJECT-TYPE

When chasPowerSupplyRedundancyReserve is enabled, N+1 power supply redundancy reserve holds the wattage of one power supply in reserve such that the user cannot insert NIs or configure power over Ethernet (POE) that will use the reserved power from that supply. There are two main advantages to enabling chasPowerSupplyRedundancyReserve. The first advantage is that it provides resiliency to avoid POE drawing power from the four main power supplies in the OS9900 chassis to the extent that POE sinks much more wattage than the CMM, CFM, and NI board logic combined. (Note: The power management functions on the OS9900 are complicated by the presence of the controllers on the GNI-P48 boards. Unlike other chassis supporting POE, like OS6860, there is no separate power supply for the POE front-panel ports.) This is not to be confused with chasPowerSupplyRedundancy which switches off unneeded power supplies - on the OS9900, all inserted power supplies are always switched on and enabled. The second advantage of enabling chasPowerSupplyRedundancyReserve is to avoid 'brown-outs'. (A brown-out may happen when a system running at full POE capacity without the N+1 redundancy reserve enabled suffers a power supply failure causing the POE hardware to immediately disable power over Ethernet on the basis of port priority as soon as it detects the failure. Then, if there is still insufficient power available to run the logic and fan trays, the power supplies will 'crowbar' and the system will be power cycled. The software can do little in this scenario since there is insufficient power to keep the CPU chips running. When the system reboots the chassis supervisor will only power-up NI slots based upon the power available from the remaining power supplies.)

OBJECT-TYPE

This table contains a list of file on the remote chassis per directory.

OBJECT-TYPE

Information about a remote file. A row in this table contains a file per directory per chassis

OBJECT-TYPE

This value holds file Index for the RFS LS table.

OBJECT-TYPE

CMM Slot where remote file is located.

OBJECT-TYPE

The remote directory name where remote file is located in

OBJECT-TYPE

The file name of remote file

OBJECT-TYPE

The Type of a remote file

OBJECT-TYPE

size of this remote file

OBJECT-TYPE

attributes of this remote file

OBJECT-TYPE

the modification date and time of a remote file

OBJECT-IDENTITY

Branch For Chassis Supervision RFS commands. For rrm command the Slot, Command and SrcFileName are mandatory. For rcp command the Slot, Command, SrcFileName and DestFileName are mandatory. For rdf command the Slot and Command are mandatory

OBJECT-TYPE

CMM Slot where RFS command should be executed.

OBJECT-TYPE

This object identifies which of the above Actions is to be performed. The commands are as follows: - rrm Remote file remove - rcp Remote file copy (DEPRECATED please use rget or rput instead) - rls Remote directory listing - rdf Remote flash disk space free - rget Remote file get - rput Remote file put

OBJECT-TYPE

The remote file for where the RFS action is executed. This includes also the path so directory name and file name. This object is used when command set to rrm or rget or rput.

OBJECT-TYPE

The destination file for where the RFS action is executed. This includes also the path so directory name and file name. This object is used when command set to rget or rput.

OBJECT-TYPE

The remote directory name where remote file is located in. This is used when command set to rls.

OBJECT-TYPE

The remote file name where remote file is located in. This is used when command set to rls.

OBJECT-TYPE

command executing state for the previous set operation.

OBJECT-TYPE

command completetion status error code.

OBJECT-TYPE

Table containing reload status of each network interface slot or stack module

OBJECT-TYPE

Entry of a network interface reload status

OBJECT-TYPE

The index (entPhsycialIndex) value of the network interface.

OBJECT-TYPE

Returned value indicates if the network interface module is enabled or disabled for reload.

OBJECT-IDENTITY

OBJECT-TYPE

This object is used to schedule a delayed reset all action for a standalone chassis or for the entire virtual chassis when running is virtual chassis mode. To schedule a delayed reset on a specific chassis when running is virtual chassis mode, use the chasControlDelayedResetAll object for the desired chassis. If set to -1 - cancel the timer, 0 - reset all immediately, any other value will start counting down the time until reset.

OBJECT-TYPE

This object is used to indicate whether a long-term action is in progress, and if so, what the action is.

OBJECT-TYPE

This object indicates the final disposition of the most recent long-term action. When running in virtual chassis mode, the value confirmationRequired(5), indicates that the command identified in chasGlobalControlLongCommand may disrupt the virtual chassis. The command is suspended and requires that chasClobalControlConfirmOperation be set to true, after reviewing the details and accepting the consequences identified by chasGlobalControlConfirmMessage.

OBJECT-TYPE

This object initiates a firmware update. The chasGlobalControlUpdateSlot and chasGlobalControlUpdateFilename objects must be set prior to setting this object to start the update. The progress of the update can be monitored by reading chasGlobalControlUpdateStatus.

OBJECT-TYPE

This object identifies the slot to be updated. The Slot value is the entPhysicalIndex of the NI or CMM entry in the entPhyscialTable. A value of 0 may be specified to update all NIs or CMMs. The value of 0 is supported only for uboot updates.

OBJECT-TYPE

This object identifies the filename containing the uboot firmware image.

OBJECT-TYPE

This object reports the status of the firmware update. The status for the the update identified by chasGlobalControlUpdateFirmware and chasGlobalControlUpdateSlot is returned. When ubootNiAll(4) ubootCmmAll(5) or fpgaCmmAll(10) update is executed, the status of individual NIs or CMMs may be monitored by changing the value of chasGlobalControlUpdateSlot to the desired NI or CMM slot value prior to reading the status. noUpdate(1) - No firmware update has been initiated. updateInProgress(2) - Update is in progress. updateSuccess(3) - The last firmware update was successful. updateFailed(4) - The last firmware update failed.

OBJECT-TYPE

When operating in virtual chassis mode, this object can be set to true(1) to confirm that the operation identified by chasGlobalControlLongCommand can proceed. Set to false(2) to cancel the operation. This should only be used when chasGlobalControlLongCommandStatus is set to confirmationRequired(5), and the value of chasGlobalControlConfirmMessage has been reviewed.

OBJECT-TYPE

When operating in virtual chassis mode, this object may be read when chasGlobalControlLongCommandStatus is set to confirmationRequired(5). This will happen when an operation such a reload may disrupt the virtual chassis. This object contains information about the consequences of executing the command identified by chasGlobalControlLongCommand. The command has been suspended. To accept the consequences and proceed with the operation, set chasGlobalControlConfirmOperation to true.

OBJECT-TYPE

Enable/disable certify on reboot.

OBJECT-TYPE

Reset type to factory status to start, schedule or cancel.

OBJECT-TYPE

Reset to factory time delay in second.

OBJECT-TYPE

Enable/disable make persistent.

OBJECT-TYPE

This table contains information about file system size and use.

OBJECT-TYPE

This entry contains information about file system size and use.

OBJECT-TYPE

CMM Slot where flash space is evaluated.

OBJECT-TYPE

Number bytes free on the file system.

OBJECT-TYPE

Number of total bytes on the file system.

OBJECT-TYPE

The amount of free space on the USB file system.

OBJECT-TYPE

The total amount of space on the USB file system.

OBJECT-TYPE

This table contains the systems flash memory information.

OBJECT-TYPE

This contains one entry for the flash memory table.

OBJECT-TYPE

CMM Slot where flash space is evaluated.

OBJECT-TYPE

Flash memory size.

OBJECT-TYPE

Number bytes free on file system.

OBJECT-TYPE

A rounded up percentage of Flash Memory used.

OBJECT-TYPE

This table contains certification status

OBJECT-TYPE

Information about control module certification status. This class is instanciated only when running in virtual chassis mode.

OBJECT-TYPE

CMM Slot where /certified directory is evaluated.

OBJECT-TYPE

The status of the CMM certified directory - certified or not.

OBJECT-TYPE

This table contains one row per physical fan entity.

OBJECT-TYPE

Information about a particular fan in a chassis physical entity.

OBJECT-TYPE

Index to a chassis fan entity

OBJECT-TYPE

Chassis fan operational status

OBJECT-TYPE

Chassis fan airflow direction

OBJECT-TYPE

Chassis fan speed.

OBJECT-IDENTITY

OBJECT-TYPE

An enumerated value which provides the urgency level of the STR.

OBJECT-TYPE

Application Identification number

OBJECT-TYPE

Subapplication Identification number. we can have multiple snapIDs per Subapplication (task) but only one is to be used to send STRs.

OBJECT-TYPE

Name of the source file where the fault was detected. This is given by the C ANSI macro __FILE__. The path shouldn't appear.

OBJECT-TYPE

Line number in the source file where the fault was detected. This is given by the C ANSI macro __LINE__.

OBJECT-TYPE

Fault identificator. The error number identify the kind the detected fault and allow a mapping of the data contained in chassisTrapsdataInfo.

OBJECT-TYPE

comment text explaning the fault.

OBJECT-TYPE

Additional data provided to help to find out the origine of the fault. The contain and the significant portion are varying in accordance with chassisTrapsStrErrorNb. The lenght of this field is expressed in bytes.

OBJECT-TYPE

enumerated value which provide the object type involved in the alert trap.

OBJECT-TYPE

number defining the order of the object in the set. EX: number of the considered fan or power supply. This intend to clarify as much as possible the location of the failure or alert. A instance of the appearance of the trap could be: failure on a module. Power supply 3.

OBJECT-TYPE

this number identify the alert among all the possible chassis alert causes.

OBJECT-TYPE

description of the alert matching chassisTrapsAlertNumber

OBJECT-TYPE

The Physical index of the involved object.

OBJECT-TYPE

Requested system power from os-bps

OBJECT-TYPE

Granted system power from os-bps

OBJECT-TYPE

Granted system power from os-bps

OBJECT-TYPE

value which provide bps power supply involved in the State change trap

OBJECT-TYPE

enumerated value identifying alert

OBJECT-TYPE

enumerated value which indicate Fet state

OBJECT-TYPE

enumerated value which indicate Fet state

OBJECT-TYPE

enumerated value which indicate the FW that require upgrade

OBJECT-TYPE

value which indicate Fet state

OBJECT-TYPE

The path to the currently specified working image directory. Value may be /flash/certified or /flash/<working directory name>.

OBJECT-TYPE

Reset type to factory status to start, schedule or cancel.

OBJECT-TYPE

Reset to factory time delay in second.

OBJECT-TYPE

To provide detail when reset to factory

OBJECT-IDENTITY

OBJECT-TYPE

This table contains one row per shelf bps firrmware

OBJECT-TYPE

Information about a bps firrmare

OBJECT-TYPE

Bps shelf ID

OBJECT-TYPE

This object is used to start BPS firmware update.

OBJECT-TYPE

This object contains the CPLD revision Number of the BPS

OBJECT-TYPE

This object contains the MMCU revision Number of the BPS

OBJECT-TYPE

This object contains the CMCU revision Number of the BPS

OBJECT-TYPE

This table contains BPS connector priority for each slot

OBJECT-TYPE

Information about bps connector priority for each slot

OBJECT-TYPE

Numbers allocated for the stack NIs as follows: - 1..8: valid and assigned slot numbers corresponding to values from the entPhysicalTable

OBJECT-TYPE

Bps shelf ID

OBJECT-TYPE

This object specifies the bps connector priority.

OBJECT-TYPE

This object specifies the bps connector num.

OBJECT-TYPE

This object specifies the bps serial num.

OBJECT-TYPE

This table contains one row for bps config parameters.

OBJECT-TYPE

Information about bps mode

OBJECT-TYPE

This object is only applicable to BPS .Value is used to specify current Mode of switch.

OBJECT-TYPE

This table contains BPS power supplies details

OBJECT-TYPE

Information about a particular BPS power supply

OBJECT-TYPE

BPS shelf ID

OBJECT-TYPE

This value hold BPS power power supply Index

OBJECT-TYPE

This object hold name of BPS power supply

OBJECT-TYPE

This object hold description of BPS power supply

OBJECT-TYPE

This object is unique module Type or ID from BPS entities eeprom

OBJECT-TYPE

This object contains the BPS power supply Part Number

OBJECT-TYPE

The vendor-specific hardware revision string for the BPS power supplies Note that if revision information is stored internally in a non-printable (e.g., binary) format, then the agent must convert such information to a printable format, in an implementation-specific manner. If no specific hardware revision string is associated with the physical component, or this information is unknown to the agent, then this object will contain a zero-length string.

OBJECT-TYPE

The vendor-specific serial number string for the BPS power supplies

OBJECT-TYPE

This object contains the manufacturing date of the BPS power supplies . Its format is mmm dd yyyy : NOV 27 2012.

OBJECT-TYPE

Oper status of BPS power supply

OBJECT-TYPE

It corresponds to max power of BPS power supply. This value is in Watts.

OBJECT-TYPE

This table contains one row for parameters which reflect total allocation by BPS .

OBJECT-TYPE

Information about various bps config parameters

OBJECT-TYPE

This value is only applicable to the BPS Module. It corresponds to system total power available on BPS This value is in Watts.

OBJECT-TYPE

This value is only applicable to the BPS Modules. It corresponds to total system power allocated by BPS This value is in Watts.

OBJECT-TYPE

This value is only applicable to the BPS Modules. It corresponds to system total power available on BPS This value is in Watts.

OBJECT-TYPE

This value is only applicable to the Bps Modules. It corresponds to total POE power allocated by BPS This value is in Watts.

OBJECT-IDENTITY

Branch For Chassis Supervision Chassis MIB Subsystem Conformance Information.

OBJECT-IDENTITY

Branch For Chassis Supervision Chassis MIB Subsystem Units Of Conformance.

OBJECT-IDENTITY

Branch For Chassis Supervision Chassis MIB Subsystem Compliance Statements.