Summary: amfd: Update the assignment counters after restore absent assignment 
from imm [#2977]
Review request for Ticket(s): 2977
Peer Reviewer(s): Hans, Nagu, Gary
Pull request to: *** LIST THE PERSON WITH PUSH ACCESS HERE ***
Affected branch(es): develop
Development branch: ticket-2977
Base revision: 9a730d22b00000580e6e3c54fd3a4fd5bb4cf82c
Personal repository: git://git.code.sf.net/u/minh-chau/review

--------------------------------
Impacted area       Impact y/n
--------------------------------
 Docs                    n
 Build system            n
 RPM/packaging           n
 Configuration files     n
 Startup scripts         n
 SAF services            y
 OpenSAF services        n
 Core libraries          n
 Samples                 n
 Tests                   n
 Other                   n


Comments (indicate scope for each "y" above):
---------------------------------------------
*** EXPLAIN/COMMENT THE PATCH SERIES HERE ***

revision fc51aca18db8060be0e6577e2a23339826a58693
Author: Minh Chau <minh.c...@dektech.com.au>
Date:   Mon, 3 Dec 2018 13:54:37 +1100

amfd: Update the assignment counters after restore absent assignment from imm 
[#2977]

AMF performs headless recovery by syncing the assignments from AMFND(s) and
re-create them in AMFD's db and IMM. Next step, AMFD compares the assignment
objects from IMM and from AMFND(s) to figure out the on-going assignments
that have been left over before headless and failover them, the assignments
states/counters are also restored in this step. If all payloads come from
headless without occurence of network split (legacy headless), IMM db in all
payloads should be consistent, thus AMFD creates the IMM assignments normally
without any problem. But if the payloads come from headless and there was a
network split before, IMM appears often busy at the time AMFD creates the
synced assignments in IMM. The assignment object creation is pending in the
queue and executed later, but AMFD has missed to restore the assignment states
and counters of the synced assignments at the time comparision between IMM
and AMFND(s).
Also in legacy headless, when both SCs go down, the assignment objects are
still in IMM. Even IMM is busy, AMFD has not missed the counter updates.

The patch moves the counter update after restoring absent assignment from IMM.



Complete diffstat:
------------------
 src/amf/amfd/siass.cc | 67 +++++++++++++++++++++++++++++----------------------
 1 file changed, 38 insertions(+), 29 deletions(-)


Testing Commands:
-----------------
*** LIST THE COMMAND LINE TOOLS/STEPS TO TEST YOUR CHANGES ***


Testing, Expected Results:
--------------------------
*** PASTE COMMAND OUTPUTS / TEST RESULTS ***


Conditions of Submission:
-------------------------
*** HOW MANY DAYS BEFORE PUSHING, CONSENSUS ETC ***


Arch      Built     Started    Linux distro
-------------------------------------------
mips        n          n
mips64      n          n
x86         n          n
x86_64      y          y
powerpc     n          n
powerpc64   n          n


Reviewer Checklist:
-------------------
[Submitters: make sure that your review doesn't trigger any checkmarks!]


Your checkin has not passed review because (see checked entries):

___ Your RR template is generally incomplete; it has too many blank entries
    that need proper data filled in.

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___ You have failed to put in a proper Trac Ticket # into your commits.

___ You have incorrectly put/left internal data in your comments/files
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___ You have not given any evidence of testing beyond basic build tests.
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___ You have ^M present in some of your files. These have to be removed.

___ You have needlessly changed whitespace or added whitespace crimes
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___ You have mixed real technical changes with whitespace and other
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___ You need to refactor your submission into logical chunks; there is
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___ You have extraneous garbage in your review (merge commits etc)

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___ You have failed to adequately and individually address all of the
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___ You have a misconfigured ~/.gitconfig file (i.e. user.name, user.email etc)

___ Your computer have a badly configured date and time; confusing the
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___ Your changes affect IPC mechanism, and you don't present any results
    for in-service upgradability test.

___ Your changes affect user manual and documentation, your patch series
    do not contain the patch that updates the Doxygen manual.



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