clang-format: update latest spec and reformat

Copy the latest format file from the docs repository and apply.

Change-Id: Iac96affe709a51dd865117d006cb033cf5c624b1
Signed-off-by: Patrick Williams <p

clang-format: update latest spec and reformat

Copy the latest format file from the docs repository and apply.

Change-Id: Iac96affe709a51dd865117d006cb033cf5c624b1
Signed-off-by: Patrick Williams <patrick@stwcx.xyz>

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clang-format: update with latest

Signed-off-by: Patrick Williams <patrick@stwcx.xyz>
Change-Id: I329396457b83bb2eb8740629b4ac1fbe9106bced

PEL: Set critical association to object paths

Create critical association to inventory d-bus objects.
This is being done for the items in callouts that need
their service indicators turned on in its

PEL: Set critical association to object paths

Create critical association to inventory d-bus objects.
This is being done for the items in callouts that need
their service indicators turned on in its code, and
that the other association endpoint is the chasis so
it can be used for health rollup.

The associations property on the
xyz.openbmc_project.Association.Definitions interface
will have following entry added to called out object path:
["health_rollup", "critical",
"/xyz/openbmc_project/inventory/system/chassis"]

Signed-off-by: Sumit Kumar <sumit_kumar@in.ibm.com>
Change-Id: I50dfe4807ac9c19f54c49dfa2b9ec7119aaffb96

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PEL: Change method of asserting a fault LED

There was a recent change in direction on how PELs should request that
fault LEDs be turned on. Previously, the code would talk to the LED
group objects

PEL: Change method of asserting a fault LED

There was a recent change in direction on how PELs should request that
fault LEDs be turned on. Previously, the code would talk to the LED
group objects directly. The new direction is to set the Functional
property on the OperationalStatus interface on the inventory objects in
question to false, and the LED manager code will watch that to know when
to turn on the LEDs.

Signed-off-by: Matt Spinler <spinler@us.ibm.com>
Change-Id: Ieebb09ba002843cf863359a09aba26540356aa91

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PEL: LightPath: Assert LED groups

Fill in the functions to get the LED group D-Bus paths corresponding to
the called out location codes, and then set the Asserted property on
that path to turn on th

PEL: LightPath: Assert LED groups

Fill in the functions to get the LED group D-Bus paths corresponding to
the called out location codes, and then set the Asserted property on
that path to turn on the LEDs.

If there are any problems looking up any of the LED groups, then do not
turn on any LEDs at all, even if others were OK. In this case, the
system attention indicator will be turned on instead.

Signed-off-by: Matt Spinler <spinler@us.ibm.com>
Change-Id: I7e3ee6259d972dd2c6939c5a1004c6d25c40e38a

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PEL: LightPath: Choose callout location codes

LightPath uses the following rules to pick the location codes to turn on
LEDs for:

* If the PEL wasn't created by the BMC or Hostboot, and doesn't have

PEL: LightPath: Choose callout location codes

LightPath uses the following rules to pick the location codes to turn on
LEDs for:

* If the PEL wasn't created by the BMC or Hostboot, and doesn't have the
Service Action action flag set, then don't even check it and don't
turn on the System Attention Indicator.

* Choose all location codes in the first group of callouts, where a
group can be:
* a single medium priority callout
* one or more high priority callouts
* one or more medium group A priority callouts

* All callouts in that group must be hardware callouts, meaning the FRU
identity section's failing component type flag must either be hardware
callout or symbolic FRU callout with trusted location code. If there
is a callout in the group that doesn't meet this requirement, then
nothing in that group can be used.

Signed-off-by: Matt Spinler <spinler@us.ibm.com>
Change-Id: Ifbe7bddee14b69dc565a405e2f120fb5545f69e5

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PEL: Activate service indicators on new PEL

A service indicator is a device used to add the user during system
service actions. In the case of PELs, service indicators are always
LEDs.

When a new

PEL: Activate service indicators on new PEL

A service indicator is a device used to add the user during system
service actions. In the case of PELs, service indicators are always
LEDs.

When a new PEL is created or received from the host, code will check the
service indicator policy to see if any indicators need to be set at that
time based on the PEL callouts.

There is a specific policy named LightPath that is the default, and it
is currently the only supported policy. This policy has a set of rules
to say which called out location codes need their indicators activated.

After it determines the location codes, it looks up the corresponding
D-Bus inventory paths for them, and then looks up the LED group objects
to assert based on those inventory paths.

If, for any reason, the code can't get a complete list of FRU LEDs to
turn on, then it will turn on the System Attention Indicator LED. It is
still TBD how that is actually done.

Signed-off-by: Matt Spinler <spinler@us.ibm.com>
Change-Id: I771258a8957fb0944ec1f8787086123e068bc6cc

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