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Session-Aware Load Balancing Cluster Guide

5.2.10

Shelf manager FRU LED state (OID 1.3.6.1.4.1.16394.2.1.1.22)

Shelf manager FRU LED state (OID 1.3.6.1.4.1.16394.2.1.1.22)

Path: SNMPv2-SMI::enterprises.pps.products.chassis-management.ipm-sentry-shmm.fru-led-state

List of FRU LEDs.

Index

MIB field

Description

.1

fru-led-state-entry

FRU LEDs list entry.

.1.1

led-index

Table entry index, equal to: <ipmb_addr> << 24

<fru_id> << 16

<led_number>

.1.2

led-color-capabilities

The bit mask of colors supported by the LED, defined as follows:

[0] - reserved, set to 0

[1] - LED supports BLUE

[2] - LED supports RED

[3] - LED supports GREEN

[4] - LED supports AMBER

[5] - LED supports ORANGE

[6] - LED supports WHITE

.1.3

led-state-capabilities

The bit mask of special LED flags, defined as follows:

[0] - LED is powered from Payload power

[1] - LED has another hardware restriction

.1.4

led-default-local-color

The default LED color in local control state, in the range 0 to 6, defined as follows:

0 - local control not supported

1 - BLUE

2 - RED

3 - GREEN

4 - AMBER

5 - ORANGE

6 - WHITE

.1.5

led-default-override-color

The default LED color in override state, in the range 1 to 6, defined as follows:

1 - BLUE

2 - RED

3 - GREEN

4 - AMBER

5 - ORANGE

6 - WHITE

.1.6

led-current-state-flags

The bit mask of current LED state flags, defined as follows:

[0] - the LED has local control state

[1] - the override state has been enabled

[2] - the lamp test has been enabled

[3] - LED has a hardware restriction that is not currently met

.1.7

led-local-state

The current LED local control state and color. Reported as 0 if the LED does not support local control state, otherwise defined as follows:

Bits 0-7:local control LED function (byte 4 of the Get FRU LED state command response)

Bits 8-15:local control on-duration (byte 5 of the Get FRU LED state command response)

Bits 16-24:local control color (byte 6 of the Get FRU LED State command response)

.1.8

led-override-state

The current LED local control state and color.

On read, reported as 0 if the command response to get FRU LED state does not include bytes 7 to 9. Otherwise, and for write access, the value is defined as follows:

Bits 0-7:override state LED function (byte 7 of the get FRU LED state command response, byte 4 of the set FRU LED state command request).

Bits 8-15:override state on-duration (byte 8 of the get FRU LED state command response, byte 5 of the set FRU LED state command request).

Bits 16-24:override state color (byte 9 of the get FRU LED state command response, byte 6 of the set FRU LED state command request).

On write, return to local control state can be requested by placing FCh in bits 0-7;lamp test can be requested by placing FBh in bits 0-7 and lamp test duration, in hundreds of milliseconds, in bits 8-15.

.1.9

lamp-test-duration

Current lamp test duration, in hundreds of milliseconds. Reported as 0 if the LED is not in a lamp test state..

Shelf manager FRU LED state (OID 1.3.6.1.4.1.16394.2.1.1.22)

Path: SNMPv2-SMI::enterprises.pps.products.chassis-management.ipm-sentry-shmm.fru-led-state

List of FRU LEDs.

Index

MIB field

Description

.1

fru-led-state-entry

FRU LEDs list entry.

.1.1

led-index

Table entry index, equal to: <ipmb_addr> << 24

<fru_id> << 16

<led_number>

.1.2

led-color-capabilities

The bit mask of colors supported by the LED, defined as follows:

[0] - reserved, set to 0

[1] - LED supports BLUE

[2] - LED supports RED

[3] - LED supports GREEN

[4] - LED supports AMBER

[5] - LED supports ORANGE

[6] - LED supports WHITE

.1.3

led-state-capabilities

The bit mask of special LED flags, defined as follows:

[0] - LED is powered from Payload power

[1] - LED has another hardware restriction

.1.4

led-default-local-color

The default LED color in local control state, in the range 0 to 6, defined as follows:

0 - local control not supported

1 - BLUE

2 - RED

3 - GREEN

4 - AMBER

5 - ORANGE

6 - WHITE

.1.5

led-default-override-color

The default LED color in override state, in the range 1 to 6, defined as follows:

1 - BLUE

2 - RED

3 - GREEN

4 - AMBER

5 - ORANGE

6 - WHITE

.1.6

led-current-state-flags

The bit mask of current LED state flags, defined as follows:

[0] - the LED has local control state

[1] - the override state has been enabled

[2] - the lamp test has been enabled

[3] - LED has a hardware restriction that is not currently met

.1.7

led-local-state

The current LED local control state and color. Reported as 0 if the LED does not support local control state, otherwise defined as follows:

Bits 0-7:local control LED function (byte 4 of the Get FRU LED state command response)

Bits 8-15:local control on-duration (byte 5 of the Get FRU LED state command response)

Bits 16-24:local control color (byte 6 of the Get FRU LED State command response)

.1.8

led-override-state

The current LED local control state and color.

On read, reported as 0 if the command response to get FRU LED state does not include bytes 7 to 9. Otherwise, and for write access, the value is defined as follows:

Bits 0-7:override state LED function (byte 7 of the get FRU LED state command response, byte 4 of the set FRU LED state command request).

Bits 8-15:override state on-duration (byte 8 of the get FRU LED state command response, byte 5 of the set FRU LED state command request).

Bits 16-24:override state color (byte 9 of the get FRU LED state command response, byte 6 of the set FRU LED state command request).

On write, return to local control state can be requested by placing FCh in bits 0-7;lamp test can be requested by placing FBh in bits 0-7 and lamp test duration, in hundreds of milliseconds, in bits 8-15.

.1.9

lamp-test-duration

Current lamp test duration, in hundreds of milliseconds. Reported as 0 if the LED is not in a lamp test state..