HUAWEI-SWITCHOVER-MIB: View SNMP OID List / Download MIB

This MIB object provides functions of active/standby switchover, data saving and duplication, and query of data synchronization status between the active and standby control boards.

The query of the status of data synchronization between the active and standby control boards. Data synchronization between the active and standby control boards refers to that when the active and standby control boards work normally. The data on the standby control board is synchronized with that on the active control board.The data synchronization between the active and standby boards has the following status: Options: 1. synccompleteness(1) -indicates that synchronization complete. 2. flashsyncincompleteness(2) -indicates that operation (loading/backuping/ duplicating/saving/...) is being performed. 3. configbasicdatasyncincompleteness(3) -indicates that configuration data or basic operation data synchronized incompletely. 4. syncswitchoff(4) -indicates that the synchronization switch off. 5. peerboardfailure(5) -indicates that the standby board doesn't exist or fail. 6. dynamicdatasyncincompleteness(6) -indicates that dynamic service data synchronization is incomplete. 7. patchinconsistent(7) -indicates that patch files of active board and standby board are inconsistent. 8. patchinconsistentdynamicdatasyncincompleteness(8) -indicates that patch files of active board and standby board are inconsistent and dynamic service data synchronization is incomplete. Enumeration: 'peerboardfailure': 5, 'syncswitchoff': 4, 'dynamicdatasyncincompleteness': 6, 'patchinconsistent': 7, 'configbasicdatasyncincompleteness': 3, 'patchinconsistentdynamicdatasyncincompleteness': 8, 'synccompleteness': 1, 'flashsyncincompleteness': 2.

Manual active/standby switchover. Active/standby switchover refers to the process that the standby control board works as the active control board when the active control board is faulty or reset, or when the switchover command is issued manually. If the hwSwitchOverStatus value of the hwSwitchOverControl object in the table is off(2), it indicates that the switchover in the system is disabled. In this case, the manual active/standby switchover cannot be performed.It is advised to query the value of hwQrydatasyncondition before setting this value. If the returned value of hwQrydatasyncondition is synccompleteness(1), the operation is reasonable. This command will take no effect when the values of hwAutoswitchoverSwitchStatus, hwAutoswitchoverTime, hwAutoswitchoverCycle and hwDayNo are set at the same time, and their original values will remain unchanged. Options: 1. nooperation(-1) -No operation. 2. switch(1) -Active/standby switchover. Enumeration: 'switch': 1, 'nooperation': -1.

The switch of data synchronization. This object is not supported currently. Options: 1. on(1) -The switch of data synchronization is on. 2. off(2) -The switch of data synchronization is off. 3. abnormal(3) -System abnormity, switch is on but can't synchronize data and does not support setting. Enumeration: 'on': 1, 'abnormal': 3, 'off': 2.

The switch of automatic data saving. Options: 1. on(1) -indicates that the automatic data saving is enabled. The system saves the data and configuration files periodically at the specified time. 2. off(2) -indicates that the automatic data saving is disabled. The system does not save the data and configuration files. DEFVAL { off } Enumeration: 'on': 1, 'off': 2.

The period of automatic data saving. The period is in the unit of 10 ms, with a value range of 60000-60480000 (10 minutes to one week). If the data saving is enabled, the default value of this object is 360000 (one hour), which indicates that the data saving is performed automatically once an hour. Default: 360000

It is the object for saving the data and the configuration file. Options: 1. saveDBBDRN(1) -indicates that the data and the configuration file are saved at the same time. 2. notInSave(2) -indicates that the operation of saving the data and the configuration file at the same time is not being performed. Enumeration: 'saveDBBDRN': 1, 'notInSave': 2.

The switch of automatic data saving at the absolute time. Options: 1. on(1) -indicates that the automatic data saving at the absolute time is enabled. That is, the data is saved automatically at the absolute time. 2. off(2) -indicates that the automatic data saving at the absolute time is disabled. That is, the data is not saved automatically at the absolute time. Default { off } Enumeration: 'on': 1, 'off': 2.

The time of automatic data saving. This value can be converted into the hexadecimal number 0x00hhmmss (hh representing hour, mm representing minute, and ss representing second), and then can be converted into the value of the object through a decimal conversion. If the time of automatic data saving needs to be set to 22:30:00 the corresponding value is 0x00161E00=1449472, with 1449472 being the set value. DEFVAL { 0 }

Immediate saving of the database. Only database is saved through the operation on this object. Options: 1. nosavedata(-1) -No database saving is performed in the system. 2. savedata(1) -The command for saving the database is being issued or the database is being saved. Enumeration: 'nosavedata': -1, 'savedata': 1.

It is the object for saving the configuration file. Options: 1. saveconfiguration(1) -indicates that only the configuration file is saved, the data is not saved. 2. notInsaveconfiguration(2) -indicates that the operation of saving only the configuration file is not being performed. Enumeration: 'saveconfiguration': 1, 'notInsaveconfiguration': 2.

The saving of the operation request ID. The request ID is used for identifying each saving operation. It must be unique, and cannot be issued separately. The operation request ID is used for loading the reliability table and querying whether each saving operation is successful. The hwSaveRequestID value of -1 indicates there is no saving operation.

The activation of the configuration files. Options: 1. noactiveConfiguration(-1) -indicates that the configuration files are not activated. 2. activeConfiguration(1) -indicates the activation of the configuration files of the active control board. The activation of the configuration files of the control board causes the system to reset; therefore, it is recommended that you perform the object hwImmediateSave before performing this object to save the data and configuration files. 3. activeStandbyConfiguration(2) -indicates the activation of the configuration files of the standby control board. The activation of the configuration files of the standby control board causes the standby control board to reset. Enumeration: 'noactiveConfiguration': -1, 'activeConfiguration': 1, 'activeStandbyConfiguration': 2.

The result of Configuration Actived. Options: 1. partialFailure(1) -indicates that activating the configuration files of the active control board fails. 2. success(2) -indicates that activating the configuration files of the active control board is successful. Default { success } Enumeration: 'partialFailure': 1, 'success': 2.

The time of saving configuration files automatically. The time is in the unit of 10 ms,with a value range of 12000-8640000 (two minutes to one day). If the value of the object hwAutoSaveType is configuration(2), it is 180000 (30 minutes) by default, which indicates that the configuration files are saved automatically each 30 minutes. Default: 180000

The type of automatic saving. Options: 1. database(1) -indicates the saving of only the database. 2. configuration(2) -indicates the saving of only the configuration files. 3. all(3) -indicates the saving of both database and configuration files. Default { database } Enumeration: 'all': 3, 'configuration': 2, 'database': 1.

The erasing of the database. If the configuration data of the active or standby control board needs to be erased, the database requires to be erased. After the database is erased, the associated active or standby control board needs to be reset to make the erasing of the database take effect. Options: 1. active(1) -indicates the erasing of only the database of the active control board. 2. standby(2) -indicates the erasing of only the database of the standby control board. 3. all(3) -indicates the erasing of both databases of the active and standby control boards. 4. noEraseData(4) -indicates that the operation of erasing the database is not being performed. Enumeration: 'active': 1, 'standby': 2, 'all': 3, 'noEraseData': 4.

This object is used to roll back the system. Options: 1. initial(1) -Indicates the initial value. 2. rollback(2) -Indicates the system is to be rolled back. Enumeration: 'initial': 1, 'rollback': 2.

Duplication of the host programs, databases, multi-lingual files, configuration files, and package files from the active control board to the standby control board. Options: 1. program(1) -indicates the duplication of the host programs. 2. data(2) -indicates the duplication of the databases. 3. resLocal(3) -indicates the duplication of local multi-lingual files. 4. resGeneral(4) -indicates the duplication of universal multi-lingual files. 5. configuration(5) -indicates the duplication of configuration files. 6. packetfile(6) -indicates the duplication of package files. 7. nosyscontent(255) -indicates that no file is duplicated. Enumeration: 'resGeneral': 4, 'resLocal': 3, 'packetfile': 6, 'program': 1, 'configuration': 5, 'data': 2, 'nosyscontent': 255.

The process of duplication. Range: 0-100

The request ID for operation information table. This object is not supported currently.

Querying whether the system configuration (database and configuration files) changes. For the value of this object, 0 indicates that the system configuration does not change, and other values indicate that the system configuration changes. When the system is just started and the system configuration does not change, the initial value of this object is 0. Each time the host configuration changes, the value of this object increases by 1 continuously. If the system is reset, the value turns to 0 again.

Querying whether the current database is null. A null database refers to the database with no configuration data. Options: 1. blank(1) -indicates that the database is null. 2. modified(2) -indicates that the database is not null. Default { blank } Enumeration: 'modified': 2, 'blank': 1.

The count of saving the system configurations.

Progress of the synchronization between the active and standby control boards. Range: 0-100

Result of the data saving. The returned value 0 indicates that the data is saved successfully. The returned value 1 indicates that the data saving fails.

This trap message is reported when the system database is being saved.

This trap message, indicating the synchronization progress, is reported during the data synchronization between the active and standby control boards.

This trap is reported when configuration file starts to be saved.

This trap is reported when configuration file is saved completely.

This trap is reported when the switchover occurs between the active and standby boards.

This trap is reported when the system batch hot backup starts.

This trap is reported when the system batch hot backup is complete.

This trap is reported when the system enters the in-service upgrade scenario.

This trap is reported when software versions of active and standby boards are inconsistent.

The switch of the active/standby switchover. Options: 1. on(1) -indicates that the active/standby switchover is enabled. 2. off(2) -indicates that the active/standby switchover is disabled. If the active/standby switchover is disabled, the system cannot perform data synchronization between the active and standby control boards, manual active/standby switchover, and automatic active/standby switchover. Default:on(1) Enumeration: 'on': 1, 'off': 2.

The period of the active/standby switchover. Options: 1. day(1) -indicates that the switchover is performed once a day. 2. week(2) -indicates that the switchover is performed once a week. 3. month(3) -indicates that the switchover is performed once a month. Default { day } Enumeration: 'week': 2, 'day': 1, 'month': 3.

Days since the periodic switchover has been started. Its value range depends on the value of object hwSwitchOverPeriod. When hwSwitchOverPeriod is set to day(1), the default value of this object is 1; When hwSwitchOverPeriod is set to week(2), the value range of this object is 1-7 When hwSwitchOverPeriod is set to month(3), the value range of this object is 1-31. Default:1.

Time when switchover will happen. Time is set by a string in the format of hh:mm:ss. The value range of hh is from 00 to 23. The value range of mm is from 00 to 59. The value range of ss is from 00 to 59. Default:03:00:00

Status of auto switchover function. If the value of switchover switch hwSwitchOverStatus is off(2), the system cannot perform the active/standby switchover. Options: 1.on(1) -indicates that the automatic switchover is enabled. In this case, if the values of the hwSwitchOverPeriod, hwSwitchOverInverseDayNo, and hwSwitchOverTime are set, the system performs the automatic switchover periodically; if the values of the hwSwitchOverPeriod, hwSwitchOverInverseDayNo, and hwSwitchOverTime are not set or only partially set, the objects that are not set with values use the default value, and the system also performs the automatic switchover periodically. 2.off(2) -indicates that the automatic switchover is disabled. If this object is not set with a value, the system does not perform the automatic switchover. Default { off } Enumeration: 'on': 1, 'off': 2.