hwSlotTable

1.3.6.1.4.1.2011.6.3.3.2.1.1

hwSlotIndex

Integer32{(0,255)}

read-only

A slot index is used to identify the location of a board in a shelf.

You can locate a board in a shelf according to hwFrameIndex and hwSlotIndex.

For the hwFrameIndex object, refer to hwFrameTable.

This object is implemented as defined in the corresponding MIB files.

1.3.6.1.4.1.2011.6.3.3.2.1.2

hwSlotType

HWPCBType

read-create

Board type, which is defined in HUAWEI-TC-MIB.mib.

The board type supported by a slot varies. For example, a slot can be inserted with a power board only,

but certain slots can be inserted with voice service boards and broadband service boards.

When adding a board by using the hwSlotRowStatus,

you need to specify the board information such as board type and slot number.

When adding a board, you need to check whether the board can be inserted in the specified slot.

The actually supported access is read-only.

1.3.6.1.4.1.2011.6.3.3.2.1.3

hwSlotDesc

OCTET STRING{(0,64)}

read-create

The description about the board, providing additional information about a board for users.

For example, you can set the services supported by the board as the description.

The actually supported access is read-only.

1.3.6.1.4.1.2011.6.3.3.2.1.7

hwSubSlots

Integer32

read-only

The number of sub boards supported by the board.

This object is implemented as defined in the corresponding MIB files.

1.3.6.1.4.1.2011.6.3.3.2.1.8

hwSlotOperStatus

INTEGER{null(1),normal(2),fault(3),forbidden(4),autofind(5),config(6),offline(7),abnormal(8),versionerr(9),autoload(10),outofservice(11),graceful(12),shutdown(13),energysavingshutdown(14),hightempshutdown(15),manualshutdown(16),mismatch(17),acoffshutdown(18)}

read-only

The running status of a board.

The value is an enumerated type and case sensitive, which can be:

1. null(1) -indicates that the board is null

2. normal(2) -indicates that the board is running normally

3. fault(3) -indicates that the board is faulty but in position

4. forbidden(4) -indicates that the board is in position but disabled

5. autofind(5) -indicates that the board is in the autofind state. If a board is added through

hwSlotRowStatus and the board is not confirmed, the board is in the autofind state.

If a board is inserted in an idle slot, after the report of automatic registration,

the board is also in the autofind state

6. config(6) -indicates that the board is in the configuration state.

After a board that is in the auto discovery.

state is confirmed, data needs to be configured on the board.

The board is in the configuration state during data configuration.

After a board is successfully configured, its status is changed from config(6)

to normal(2). If the configuration fails, the board status is changed from config(6) to fault(3)

7. offline(7) -indicates that the board is faulty and is not in position

8. abnormal(8) -indicates that the board is abnormal

9. versionerr(9) -indicates that the board version is error

10. autoload(10) -indicates that the board is in the auto loading state. If detecting a software update,

the board automatically loads the update. If a board is in the auto loading state,

resetting or disabling the board may fail

11. outofservice(11) -indicates that the board is out of service

12. graceful(12) -indicates that the board running state is graceful

13. shutdown(13) -indicates that the board is in the shutdown state.

14. energysavingshutdown(14) -used for system energy saving. Reference to hwSysEnergySaving node for more detail.

15. hightempshutdown(15) -when the temperature of a board exceeds the high temperature threshold,

the board is powered off in order to protect the board

16. manualshutdown(16) -services on certain boards can be recovered only after restart of the board.

You can manually power off the board.

Then, the board is in the manual shutdown state

17. mismatch(17) -when a board inserted in a slot is inconsistent with the configuration saved in the system,

the board is in the mismatch(17) state

18. acoffshutdown(18) -used to protect system when there is no AC Power.

Certain products use the power saving features, energysavingshutdown(14), hightempshutdown(15),

manualshutdown(16),acoffshutdown(18) to distinguish the shutdown causes.

For outofservice(11), graceful(12), refer to hwSlotEndServiceMode.

This object is implemented as defined in the corresponding MIB files.

1.3.6.1.4.1.2011.6.3.3.2.1.9

hwSlotAdminStatus

INTEGER{nooperation(-1),disable(1),enable(2),reset(3),test(4),confirm(5),switch(6),delete(7),forbidden(8),unforbidden(9),endservice(10),startservice(11),poweron(12),poweroff(13),is(14),oos(15),hotreset(16)}

read-create

Board status management.

This object cannot be set simultaneously with hwSlotRowStatus or hwSlotWorkMode.

The value is an enumerated type and case sensitive, which can be:

1. nooperation(-1) -default state of the system

2. disable(1) -disable the running of a board

3. enable(2) -enable the running of a board

4. reset(3) -reset a board

5. test(4) -test a board

6. confirm(5) -confirm the board in the discovery(5) state in hwSlotOperStatus

After the operation, the board is in the config state

7. switch(6) -main board switchover on access network UA device

8. delete(7) -delete a board

9. forbidden(8) -forbid a board

10.unforbidden(9) -permit a board

11.endservice(10) -used in the exit delay of a board

12.startservice(11) -used in the exit delay of a board

13.poweron(12) -used to power on a board

14.poweroff(13) -used to power off a board

15.is(14) -in service

16.oos(15) -out of service

17.hotreset(16) -hotreset a board

The actually supported access is read-only.