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OpenVMS V7.1 Memory Channel TIMA Kit
Validation Plan
Glenn Glatfelter
OpenVMS Quality Test & Validation
20-February-1997
Reviewers/Approvers:
Mick Konrad QTV Engineering Manager
Ray Boucher OpenVMS Memory Channel Project Leader
Glenn Glatfelter QTV Memory Channel Project Leader
Tim Beaudin QTV Engineer
Revision History:
X1.0 Initial Version 12-Feb-1997
X1.0 Initial Review 12-Feb-1997
V1.0 Updated Version with Review Comments 20-Feb-1997
Digital Equipment Corporation
Maynard, Massachusetts
1 Goal
The goal of this effort is to target test the outstanding OpenVMS
V7.1 Memory Channel QARS from the OpenVMS V7.1 TIMA Kit release,
identify must fix defects, and make a statement of quality relative
to the qual- ity goals and expectations for this project.
Finding defects is planned because defects exist even in the best
code. It is estimated that there are 84 defects introduced by this
project, and the goal of this plan is to identify 9 of these
defects. This num- ber was determined by summing the following
estimations:
- 09 defects generated by fixing 28 QARs in the TIMA Kit.
- 65 defects remaining from OpenVMS V7.1 code reviews.
- 10 latent defects not found in OpenVMS V7.1
In general, 1 defect will be generated for every 3 defects fixed.
If 28 QARs are planned to be fixed, then 9 additional defects can
be ex- pected. Initial code reviews of the OpenVMS V7.1 release by
the MC Team found a high rate of defects through inspection. These
defects are still present and were not addressed due to time
constraints. It is esti- mated that there are 10 latent defects
still present in the code, based on the total number of defects
introduced by this project. It is rec- ommended that the majority
of the defects found by code inspection be fixed through the code
review process therefore, reducing the vali- dation effort. It is
not a goal of this project to address the 65 code review or 10
latent defects.
2 Problem Statement
Memory Channel (MC) V1.0 was successfully validated and qualified
for shipment with OpenVMS V7.1 Release. However, as with any
release there are a number of remaining defects ranging from High
to Low that need to be addressed. These QARs have been identified
and moved for the EVMS- GRYPHON database to the EVMS-RAVEN QAR
database. The release mecha- nism for selected fixed software
images is by an OpenVMS TIMA Kit.
The MC Development Team has identified 28 QAR's in the EVMS-RAVEN
database which have been selected to be addressed for the OpenVMS
V7.1 Memory Channel TIMA Kit release. These QARs were organized in
a a prioritized list, grouped together by similar defect
characterizations.
- Initialization/Termination
- Corruption: Queue, Disk, and Packet
- SYSGEN Parameter Robustness
- Messages and Errorlog Entries
- Performance
- System Programming Interface (SPI)
From the list above, specific QARs were selected to be addressed
for the OpenVMS V7.1 MC TIMA Kit. These QARs are listed are
prioritized below with the assigned MC Team member and a brief
description of the problem. These are the only QARs that will be
target tested by this project.
1
___________________________________________________________________
Table_1:__TIMA_Kit_QARs____________________________________________
QAR_____PRI____DRI________DURATIONDESCRIPTION______________________
***** ***** ******** ***** *** INITIALIZATION And TERMINATION
***
174 P0 Fraser 2d HUB TIMEOUT DETECTED, CONTINUOUS
REINITIALIZATION
225 P0 Fraser 2d MCSWINIT INFINITE LOOP
234 P0 Fraser 1d INVEXCEPTN BOOTING V1.5 MC CARDS ON
SABLE
242 P0 Fraser 2d STREAMING MC LOGIC REPEATS LONGWORD
TO PAGE BOUNDARY
318 P0 Fraser 2d SYSTEM HANG WITH FAULTY TOWERS
W/PORT CRASHES
325 P0 Fraser 2d DUAL HUB POWER CYCLE TEST PROBLEM
WITH PMA0 FAILOVER
543 P0 Fraser 2d MC NODE LOOPS W/NODE STATE RESPONSES
MISSING DURING BOOT
606 P0 Fraser 2d MC VIRTUAL HUB EXCEEDS INIT RETRIES
DURING SIMULTANEOUS BOOT
240 P1 Fraser 1d RAWHIDE HANG WITH V1.5 MC cards
241 P1 Fraser 2d PMDRIVER INVEXCEPTN
269 P1 Fraser 2d PKA DDB ON THE RSB QUEUE
316 P1 Fraser 2d INVEXCEPTN IN TERMINATION TEST -
DUAL ADAPTER CLUSTER
400 P1 Fraser 2d BATCHED MC_CRASH ENDED UP WITH MCA0
OFFLINE ON ALL NODES
183 P2 Fraser 1d CRASH WHEN CABLE ON HUB SWAPPED
323 P2 Fraser 1d SWAPPING CABLES ON MC HUB RESULTS
IN MC OFFLINE
324 P2 Fraser 1d (RE-)CONNECTING A MC CABLE SOMETIMES
LEAVES MCA0 OFFLINE
***** ***** ******** *** *** ERRORLOG And MESSAGES ***
157 P1 Astorga 1d PMA0 REINIT MESSAGES DURING UPGRADE
QUESTION
188 P1 Astorga 1d MC CONSOLE FORCED LINEFEEDS WITH
TERM SET TO NOBROADCAST
189 P1 Astorga 1d UNRECOGNIZED PORTION OF ERRLOG
ENTRY
541 P1 Astorga 1d PMDRIVER DEVATTN ERRORLOGS IN
MCDRIVER FORMAT
544 P1 Astorga 1d MEMORY CHANNEL ERRORS-ALL NODES
548 P1 Astorga 1d MCA0 ERRORS BEING LOGGED AS PMA0
ERRORS?
036 P2 Astorga 1d MC & PM CONSOLE MESSAGES NEED TIME
STAMPS
2
___________________________________________________________________
Table_1_(Cont.):__TIMA_Kit_QARs____________________________________
QAR_____PRI____DRI________DURATIONDESCRIPTION______________________
158 P2 Astorga 1d PM AND MC DRIVER CONSOLE MESSAGE
OUTPUT NOT CONSISTENT
589 P2 Astorga 1d MEMORY CHANNEL ERRORS-ALL NODES
***** ***** ******** ***** *** SYSGEN PARAMETERS ***
148 P1 Schuetz 1d SHOW DEV MCA0, PDT ERROR COUNT
PROBLEM
156 P1 Schuetz 1d INVEXCEPTN WHEN MC_SERVICES_P9 <> ON
CLUSTER
237 P1 Schuetz 1d MC_SERVICES_P0 DID NOT WORK AS AD-
_________________________________VERTIZED__________________________
2.1 Quality Goals
To be consistent between the OpenVMS V7.1 SSB Release and the MC
V7.1 TIMA Kit, the same quality goals defined for the OpenVMS V7.1
validation will be considered for this project. The quality goals
considered most important for this project are integrity,
reliability, efficiency, and correctness.
3 Tactics
1. Identified QARs will be grouped by characterization then
assigned to MC Development Team members by the MC Project
Leader.
2. Each MC Team member will then review their assigned QARs for
pri- ority and then selected QARS will be investigated for
potential fix or possible closure.
3. QTV will target test a fix for a QAR on a priority basis as
assigned by the MC Project Leader.
4. A target test will consist of setting up the failing condition
us- ing the information and configuration specified in the QAR.
In ad- dition, the latest firmware, baselevel, and MC code will
be uti- lized to reflect updates to the MC TIMA Kit support.
Specifically this will include MC V1.5 Adapter Cards.
5. When appropriate and QTV and the MC Team are in agreement, it
may be necessary to fall back to a previous level of MC Adapter,
Line Card, Hub, or OpenVMS Alpha baselevel to exactly reproduce
a de- fect failing condition or to ensure a particular fix is
working.
6. A target test (QAR) will be considered closed (fixed): if the
fail- ing condition cannot be reproduced; a specific code fix
check-in fixes the problem; reassignment of QAR to another
component; no sup- porting documentation or images ; a
reasonable explanation with sup- porting evidence; or an upgrade
to hardware or firmware components that fixes the problem.
3
7. A qualification will be done when all specified QARs are consid-
ered fixed. The qualification will consist of: CTM, SITP, UETP,
Faulty Towers, Failover/Fault-Insertion and the MC Regression
Test.
8. The following interation times will be used for fault insertion
test- ing during qualification:
FAULTY TOWERS Daytime 2Hr/Test 15 Min. Iterations
Overnight/WeekEnd 1 Hour Iterations
MC_CRASH_COMMUNITY Overnight 1 Hour Iterations
FORCED SSRVEXCEPTN 24, 48 Hour 1 Hour Iterations.
4 Deliverables
The following is a list of deliverables:
1. Status Reports as needed.
2. Target Test Results
3. Statement of Quality
4. EVMS-RAVEN Database QAR Reporting
5 Schedule
Since target testing the QARs will be assigned by the OpenVMS MC
Project Leader, it is difficult to schedule specific QAR testing
dates. This project is expected to begin February 10 and must be
completed by March 31.
___________________________________________________________________
Table_2:__Schedule_________________________________________________
Task__________________________________Start___Finish___Status______
Validation Plan 02-Jan 12-Feb Done
Validation Plan Review 12-Feb 20-Feb Done
QAR Target Tests 10-Feb 21-Mar Started[1]
Qualification 21-Mar 28-Mar Not Started
___________________________________________________________________
[1]Refer to Table 1 - TIMA Kit QARs
___________________________________________________________________
6 Staffing
Staffing for this project will require one QTV engineer full time
with support of the OpenVMS Memory Channel Development Team.
QTV:
Glenn Glatfelter EVMS::GLATFELTER 100% QTV Project Leader
MC Development Team:
Ray Boucher STAR::BOUCHER 100% Project Leader
4
Juan Astorga STAR::ASTORGA 50%
James Fraser STAR::FRASER 100%
Paul Harter STAR::HARTER Consulting as Needed
Phil Norwich STAR::NORWICH 50%
Chris Schuetz STAR::SCHUETZ 100% Contractor
Mike Wolinski STAR::MWOLINSKI 100% Until March 1997
7 Hardware Requirements
The hardware requirements for this project are listed in the
follow- ing table which shows the item, quantity required and
available, and the group responsible for supplying the item. If an
item is required and no source is indicated, it will be listed the
project dependen- cies and risks section of this document. In
addition to this list, it may be necessary to borrow specific
hardware from OpenVMS MC Devel- opment to configure required MC
configurations. This project requires a minimum of 4 V1.5 MC
Adapter modules.
___________________________________________________________________
Table_3:__Hardware_Requirements____________________________________
Item________________________Qty_ReqQty_AvSource____________________
AlphaServer 1000 4/233 01 01 QTV
AlphaServer 2100 4/200 01 01 QTV
AlphaServer 4100 5/300 01 01 QTV
AlphaServer 2100 5/300 01 01 QTV
AlphaServer 1000A 5/333 01 01 QTV
DEC3000-500 01 01 QTV
VAX3100 01 01 QTV
CCMAA PCI V1.0 Adapter 04 04 MC Dev.
CCMAA PCI V1.5 Adapter 04 04 QTV
CCMAA Hub 02 02 QTV
CCMLA_LineCard______________04____04_____QTV_______________________
8 Dependencies
The following factors may prevent or delay completion of scheduled
tasks:
1. Time Constraint - QAR fixes are expected to be completed by
March 31 timeframe to be in included in the TIMA Kit. QTV will
target test fixes based on a priority basis determined by the MC
Development Team.
2. Staffing - The MC Development Team has had a significant
turnover in staffing. The MC Development Project Leader has
asked that the present team members choose QARs to investigate
and fix in which they are best able to meet the time constraint.
5
3. Defect Reproducibility - The failing condition (ie. corruption)
may need to be recreated prior to implementing a fix and this
may re- quire an unknown amount of time. In these situations QTV
will at- tempt to recreate the failing condition for 2 working
days or a week- end run depending on estimated reproducabilty .
If unable to recre- ate the failing condition, it will be
suggested the QAR be closed as unreproducable.
4. QTV will be depend on Chris Schuetz to address the defects that
he found during the GRYPHON validation period in a parallel
target test effort.
5. This project will depend on a minimum of quanity of 4 V1.5 MC
Adapter cards owned by QTV and 4 V1.0 MC Adapter cards provided
by MC Development.
9 Non-Goals
The following areas will not be addressed for this project:
1. This project will not address issues or validate added or
modified MC features that are not directly related to the
specific QAR target testing.
2. This project will not address issues or validate baselevels of
the RAVEN Project.
This project will not address modifications to the existing QTV
3. MC Community testbed configurations with the exception of the
upgraded MC V1.5 Adapter Cards.
4. It is a non-goal of this project to test fixes for latent
defects or the remaining code review defects identified in
GRYPHON release.
6
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