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AH-S886A-MC

April 1982

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Document:	CZKMEA0 DMS11-DA DMS11-DA DYNAMIC APR 1982 bw
Order Number:	AH-S886A-MC
Revision:	000
Pages:	161
Original Filename:	CZKMEA0__DMS11-DA__DMS11-DA_DYNAMIC__AH-S886A-MC__APR_1982_bw.pdf

OCR Text

DMS11-DA DYNAMIC
CZKMERO

AH-5886A-MC
FICHE 1 OF 1

R
Neve i use

.NLIST
.REM

MACY11 30A(1052)

21-0CT-81

08:50

1
PAGE 1

SEQ,LOC,BIN
!

IDENTIFICATION
PRODUCT CODE:

AC-S884A-MC

PRODUCT NAME:

CZKMEAQ DMS11-DA DYNAMIC

PROGRAM DATE:

SEPTEMBER 1981

MAINTAINER:

CSS/NPG DIAGNOSTICS

AUTHOR:

R.
R.

(C)

C.
J.

BALDWIN
COLLINS

1982 BY

DIGITAL EQUIPMENT CORPORATION,

MAYNARD, MASS/(CHUSETTS.
ALL RIGHTS REGERVED.
THIS SOFTWARE

IS FURNISHED UNDER A LICENSE AND MAY

BE USED AND CPIED ONLY IN ACCORDANCE WITH THE

TERMS OF SUCH LICENSE AND WITH THE INCLUSION
OF THE ABOVE COPYRIGHT NOTICE.
THIS SOFTWARE OR ANY OTHER
COPIES THEREOF MAY NOT BE PROVIDED OR OTHERWISE
MADE AVAILABLE TO ANY OTHER PERSON.
NO TITLE T0
AND OWNERSHIP OF THE SOFTWARE IS HEREBY TRANSFERRED.
THE INFORMATION IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT
NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.

DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIARILITY OF
ITS SOFTWARE ON EQUIPMENT THAT IS NOT SUPPLIED BY DIGITAL.

SEQ 0001

(20 Yen )

CZKMEAO DMS11-DA DYNAMIC
CZKMEA.PT
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PAGE 2

ABSTRACT

THE DMS11,-D,~A,~DA LINE UNIT DYNAMIC DIAGNOSTIC TESTS THE LINE UNIT
FOR BOTH CCP & BOP MODES IN THE USYRT MAINTENANCE MODE. THIS DIAGNOSTIC
EXERCISES THE LINE UNIT WITH RESIDENT FIRMWARE IN THE KMC11
gi?EKek PURPOSE MICROPROCESSOR. THIS DIAGNOSTIC IS A STAND ALONE

2.0

REQUIREMENTS

2.1

EQUIPMENT
PDP=11 PROCESSOR
KMC11 GENERAL PURPOSE MICROPROCESSOR
NOTE: THIS DIAGNOSTIC WILL TEST UP TO 16 KMC11
GENERAL PURPOSE MICROPROLESSOR'S, BUT THEY
MUST BE

INSTALLED SEQUENTIALLY ON THE BUSS

DMS11-D LINE UNIT
NOTE : I:é?1DIAGNOSTIC WILL TEST UP TO 8 LINES PER

2.2

STORAGE

THIS DIAGNOSTIC NEEDS A MINIMUM OF

2.3

16K OF MEMORY LOCATIONS

PRELIMINARY PROGRAMS

CZKMBAQ KMC11-B STATIC PART1
CZKMCAO KMC11-B STATIC PART?2
CZKMDAO DMS11-DA DYNAMIC

PRIOR TO EXERCISING THE DYNAMIC DIAGNOSTIC
FREE.

THIS DIAGNOSTIC

DOES NOT

3.0

LOADING PROCEDURE

3.1

ME THOD

TEST

THE

THE KMC11

KMC11

MUST BE ERROR

LOAD THE DIAGNOSTIC USING THE ABS LOADER. THIS DIAGNOSTIC IS
SELF STARTING. TO RESTART THE DPIAGNOSTIC LOAD ADDRESS 5?2 (8)
AND DEPRESS START. IF THE DIAGNOSTIC IS ON MAGNETIC ME
FOLLOW THE INSTRUCTIONS FOR THE MONITOR BEING USED.

SEQ 000<

Ve Yo

CZKMEAO DMS11-DA DYNAMIC
CZKMEA.P11
20-0CT-81 17:05

MACY11

6.0

STARTING PROCEDURE

6.1

STARTING ADDRESS

4.2

RESTART ADDRESS

30A(1052)

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1
PAGE 3

(200)

RESTART ADDRESS 200 (8)
6.3
OPERATOR ACTION
DURING THE INITIAL START UP THE DIAGNOSTIC WILL OUTPUT TO THE
TELETYPE THE TITLE OF THE DIAGNOSTIC AND ENTER THE MONITOR. DURING
A RESTART

THE

DIAGNOSTIC WILL NOT OUTPUT

BUT ENTER THE MONITOR DIRECTLY.

THE

TITLE OF

THE DIAGNOSTIC

AFTER ENTRY INTO THE DIAGNOSTIC

MONITOR THE OPERATOR CAN ENTER THE
4.4 OF THIS WRITEUP.

COMMANDS LISTED

IN SECTION

SEQ 0003

S r~

CZKMEAO DMS11-DA DYNAMIC
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STARTING AND TEST INITIALIZATION:

LOAD AND START MEMORY ADDRESS 200 BY PRESCRIBED

METHOD AS PER PDP=-11 PROCESSOR TYPE.
THE CONSOLE DEVICE WILL IDENTIFY THE DIAGNOSTIC ON THE
FIRST START UP.
THE CONSOLE MONITOR ROUTINE 1S ENTERED EACH TIME ON START

UP AND OFFERS THE OPERATOR THE FOLLOWING CHOICES AS
(1) DIAG. TEST (2) CONFIGURE
TO WHICH THE OPERATOR MUST RESPOND WITH A 1 OR 2

(1)

FOLLOWED BY A CARRIAGE RETURN.
DIAG. TEST
DIAG. TEST IS ENTERED IF THE CONFIGURATION ROUTINE HA S
BEEN PREVIOUSLY ENTERED AND IF NOT WILL AUTOMATICALLY

GO INTO THE CONFIGURATION ROUTINE TO SPECIFY KMC11(S) STATUS.

BEFORE EXECUTING TESTS AN OPERATOR'S WARNING MESSAGE

IS PRINTED

INFORMING OF CNONFIGURATINO TABLE UNITS REQUIRING EXTERNAL LOOP
CONNECTORS BE INSTALLED.

UNITS REQUIRING LOOP CONNECTORS
UNIT # 1
- ..ETC

(2)

CONF IGURE

WHEN THE CONFIGURE MODE IS ENTERED FOR THE FIRST TIME
THE CONFIGURE TABLE 1S ENTERED FROM THE TOP AND THE FIRST

KMC11

IS SPECIFIED

DEV.ADR.= (6 OCTAL CHARACTERS)
(1) BOP (0) CCP
(1) ENABLE (0) DISABLE
(WARNING) NO CRC-32 TESTING
(1)CRC-32 (0INO CRC
DEV.VEC.=(3 OCTAL CHARACTERS)
(1)EXTERNAL (0) INTERNAL
INT.PRI. (4=7)

;BUS ADDRESS OF KMC11 CSR
;SELECT MODE
;IF O, UNIT WON'T BE TESTED
sIF BOP WITH CRC32 & INTERNAL (#%x)
(x *)
;VECTOR ADDRESS OF RECEIVE INTERRUPT
sSELECT LOOPBACK
s INTERRUPT PRIORITY LEVEL

LINES(O=-7)
(1.E. . #.#.#) "R (A)=ALL (N)=NONE
(+ =)

sSELECT ENABLED LINES

IF BOP MODE WAS REQUESTED THE INQUIRY IS PROMPTED AND MUST

BE ANSWERED ACCORDING TO WHETHER THE DMS11, IS A DMS11-A, DMS11-D OR DMS11-DA.
DMS11-A & DMS11-D HAVE CRC~32 AND DMS11-DA DOES NOT.
(*x«)MESSAGE IS PRINTED IF BOP MODE WITH CRC~32 AND OPERATOR
REQUESTS TO RUN INTERNAL LOOP BACK MODE.
DMS11~A: SELECT LINE O ONLY

NOTE:
IF STATUS IS NOT TO BE CHANGED ON CURRENT INQUIRY A CARRIAGE
RETURN (ONLY) MAY BE TYPED

SEQ 0004

CZKMEAO DMS11-DA DYNAMIC
CZKMEA.P1
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CIZKMEAO DMs11-DA DYNAMIC
CZKMEA.P1
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PAGE 5

AFTER THE INPUTTING IS COMPLETED AN ‘‘«'' IS PRINTED AT WHICH POINT

THE OPERATOR HAS 3 CHOICES BY TYPING AN
ltl.

(EXIT) THE CONFIGURE ROUTINE (ENTERS CONSOLE ROUTINE OR
DIAG. TEST IF DIAG. TEST WAS THE ENTRY POINT

0“..

(MODIFY) AN M FOLLOWED BY A #1-16 (DEC) T) SPECIFY THE DESIRED
KMC11°'S STATUS TO BE MODIFIED.
THE STATUS BLOCK IS PRINTED
AND THE NEW STATUS INVOLKED.

IQA..

(ALL) FROM LAST KMC1? PARAMETER BLOCK POINTED TO EITHER BY
THE INITIAL ENTRY OR THE ‘MODIFY'' ROUTINE ‘HE REMAINING
BLOCKS ARE LOADED WITH THE SAME CONFIGURATICN STATUS TO THE END
OF

THE CONFIGURATION TABLE.

+* ANY COMBINATION OF D§¥I§E STATUS CAN BE CONFIGURED AND RUN AS
S ENABLED IN THE TABLE
LONG AS AT LEAST 1 KMC

CONTROL:

TYPING A CNTR C
ROUTINE.

(*C)

PROCESSORS WITHOUT

WILL FORCE :NTRY TO THE MONITOR

CONSOLE PANELS WILL HAVE A SOFT

SWITCH REGISTER WHICH IS INVOLKED BY THE OPERATOR TYPING
A CNTR G (“G). AFTER THE NEW SWITCH VALUE IS ENTERED THE
PROGRAM IS RESUMED AT POINT OF “G INVOLK.

SEQ 0005

CZKMEAO DMS11~DA DYNAMIC
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5.1

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PAGE 6

SWITCH OPTIONS:
THE SWITCH REGISTER SETTING MUST BE DONE ACCORDING TO
PROCESSOR TY;E AND HARDWARE ARCHITECT.

BI
BIT14
BIT13
BIT10
BITO9

=1
= 1
= 1
= 1
=1

sHALT ON ERROR
:LOOP ON TEST
s INHIBIT ERROR _TYPEOUTS
sRING BELL ON ERROR
;LOOP ON ERROR

TEST EXECUTION + SEQUENCES:

EACH TEST MUST BE SUCCESSIVELY COMPLETED
BEFORE THE NEXT CAN BE ENTERED.
ALL TESTS
ARE RUN SEQUENTIALLY ON EACH UNIT (KMC +
DMS11D) AND THE CURRENT DEVICE IS SPECIFIED
BY THE SEQUENCE OF THE CONFIGURATION TABLE
(ENABLED UNITS ONLY).

6.0

ERRORS

ALL ERRORS ARE REPORTED ON THE TTY UNLESS CONSOLE SWITCH

13 1S SET (REFER TO SECTION 5.1 OF THIS WRITEUP). ALL ERRORS

REPORTED HAVE A ENGLISH TYPE STATEMENT EXPLAINING THE ERROR
WITH OUTPUT OF CERTAIN REGISTERS OR MEMORY LOCATIONS WHICH
CAN BE USED AS AN AID.

6.1

ERROR REPORTING:
ERROR LOGGING CONTROL IS IN ACCORDANCE WITH THE SWITCH

L.LUT

(# OF FAILING UNIT)

TEST

(# OF FAILING TEST)

AIL #

(# INDICATING THE FAILURE)

THE ADDITIONAL FIELDS ARE IN ACCORDANCE TO THE TEST AND
DATA FIELDS OF CONCERN.
THE FOLLOWING DESCRIBES THE POSSIBLE

DATA FIELDS.
SHBE =

THE (SHOULD-BE) VALUE OF THE EXPECTED DATA OF THE
SUBTEST (FAIL
_#).
THE SHBE VALUES ARE DESZRIBED IN

THE SECTION °"‘TEST DESCRIPTIONS AND FAILE _# INFORMATION:'

WITH RESPECT TO THE FAIL #.

WAS

THE (WAS) FIELD IS THE VALUE RECEIVED PERTAINING
TO THE DATA OR STATUS UNDER TEST.
THE WAS VALUES
ARE DESCRIBED IN THE SECTION °'‘TEST DESCRIPTIONS AND
FAIL # INFORMATION:'' WITH RESPECT TO THE FAIL #.

LINE # = THE NUMSER OF

THE FAILING_DMS11 MULTIPLEXED LINE

IN THE RANGE OF 0 THROUGH 7.

SEQ 0006

DEV.

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PAGE 7

ADR. = FIRST CSR ADDRESS OF UNIT FAILING.

CSRO
CSR2
CSRé

CSR6

THE CONTENTS OF THE FOUR CONTROL AND STATUS REGISTERS

TIME OF

DETECTED FAILURE.

NOTE: NOT ALL CSR'S CONTENTS MAY BE PERTINENT TO THE
ENCOUNTERED ERROR, THIS IS DUE TO THE NATURE OF THE
SPECIFIC PROTCOL.
THE OPERATOR MUST BE FAMILIAR

WITH THE PROTCOL HANDBOOK AND REGISTER USAGE WITH
RESPECT TO THE COMMAND CURRENTLY REFLECTED IN THE CSR'S.

SEQ 0007

CIZKMEAO DMS11-DA DYNAMIC
CZKMEA.P11
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CZKMEAO DMS11-DA DYNAMIC
CZKMEA.P11
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MACY11 30A(1052)

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08:50

BUFEA = BITS O + 1 DISPLAY ADDRESS BITS 16 + 17 RESPECTIVELY
OF THE CURRENT BUFFER ADDRESS UNDER TEST.
BUFADR

LOW ORDER 16 BITS OF BUFFER ADDRESS UNDER TEST.

T-BUFF

TRANSMIT BUFFER ADDRESS THAT SHOULD BE RETURNED
(FROM THE KMC11).

R-BUFF

= RECEIVE BUFFER ADDRESS THAT SHOULD BE RETURNED

(FROM THE KMC11)

CUR-EA = BITS 0 + 1 DISPLAY ADDRESS BIT 16 + 17 RESPECTIVELY
OF

THE CURRENT BUFFER ADDRESS UNDER TEST.

CURBUF = LOW ORDER 16 BITS OF BUFFER ADDRESS UNDER TEST.

1
PAGE 8

SEQ 0008

[T)

—

CZKMEAO DMS11-DA DYNAMIC
CZKMEA.P11
20-0CT-81 17:25

MACY11

30A(1052)

7.0

TEST

7.1

TEST EXECUTION + SEQUENCES:

21-0CT-81

08:50

PAGE 9

INFORMATION

7.2

TEST DESCRIPTIONS AND FAIL # INFORMATION:
TEST

THIS TEST CHECKS FOR THE PRESENCE OF THE
CURRENTLY ENABLED KMC-11 BY INITIALIZING THE
FIRMWARE AND TESTING THAT THE FIRMWARE RESPONDS

BY CLEARING ‘BSEL2'
ERROR REPORT:
FAIL #S.

1=KMC-11

DEVICE ADDRESS DOES NOT RESPOND

2=KMC=11 FIRMWARE FAILED TO INITIALIZE
DEV.ADDR.
(BASE ADDRESS OF

FAILING UNIT?

TEST 2:
THIS TEST CHECKS THAT THE READY IN BIT (BIT7-SELO) IS
INITIALIZED AND CONTROLLED BY THE FIRMWARE.
THE READY IN
BIT IS TESTED FOR BEING INITIALLY CLEARED THEN
THE REQUEST IN BIT (BIT5-SELO) IS SET AND READY IN
IS TESTED FOR BEING SET BY THE FIRMWARE, THEN REQUEST IN
IS CLEARED AND READY-IN TESTED FOR BEING CLEARED BY THE FIRMWARE.

ERROR REPORT:

FAIL #S

1=KMC-11

FAILED TO INITIALIZE

2=KMC=-11 READY IN BIT SET WITH NOT REQUEST-IN
3=KMC-11 FIRMWARE FAILED TO SET READY-IN WHEN REQ.

4=KMC-11

IN WAS SET

FIRMWARE FAILED TO CLEAR READY-IN WHEN REQ.
SHBE
WAS

(STATUS SELO SHOULD BE)

TEST 3:

(STATUS SELO READ AS)

(* IF PERTAINING)

THIS TEST CHECKS THAT THE KMC-11 FIRMWARE IS NOT
REQUESTING AN QUTPUT OF ANY TYPE, BY EXAMINING BSEL?2

OF THE KMC-11

CSR'S

IN WAS CLEARFD

SEQ 0009

|
CZKMEAO DMS11~DA DYNAMIC
CZKMEA.PTN
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PAGE 10

ERROR REPORT

FAIL #S

1=F IRMWARE FAIL TO INITIALIZE

2=KM(C-11 REQ AN OUTPUT AFTER BEING INITIALIZED
SHBE
WAS
(STATUS BSEL2 SHOULF BE) (STATUS BSELZ READ AS)

TEST &:
THIS TEST WILL DO A LINE

INITIALIZE TO ALL LINES

(SUCCESSIVELY)

AND TEST THAT THE READY-IN BIT (BIT7-BSELO) SETS AFTER EACH
INITIALIZE COMMAND

ERROR REPORT:
FAIL #S

1=KMC-11

FIRMWARE FAILED TO INITIALIZE

2=CANNOT ISSUE AN INPUT COMMAND (OUTPUT REQUESTED OR RDY-IN FAILED)
3=F IRMWARE FAILED TO COMPLETE LINE INITIALIZE COMMAND.

TEST 5:
THIS TEST WILL ISSUE A '‘TRANSMIT BUFFER IN'' TO EACH LINE
AND TEST THAT EACH COMMAND ACCEPTS.
ERROR REPORT:
FAIL #°'S
1=FIRMWARE FAILED TO INITIALIZE

2=INPUT CANNOT BE ISSUED (FIRMWARE HUNG OR OUTPUT PENDING)
3=XMIT BUFFER IN FAILED TO COMPLETE

TEST 6:

THIS TEST WILL

ISSUE A "RECEIVE BUFFER IN'' TO EACH LINE

AND TEST THAT EACH COMMAND ACCEPTS.

ERROR REPORT
FAIL #°'S
1=F IRMWARE FAILED TO INITIALIZE

2=INPUT CANNOT BE ISSUED (FIRMWARE HUNG OR OUTPUT PENDING)
3=RECEIVE BUFFER IN FAILED TO COMPLETE

TEST 7:

THIS TEST CHECKS THAT EACH LINE CAN ACCEPT AND FIELD A
TRANSMIT AND RECEIVE BUFFER.
EACH LINE IS INITIALIZED,
THE MAINT. LOOP AND CLOCK IS ENABLED AND TWO RECEIVE
AND ONE TRANSFMIi BUFFER ARE THEN QUEUED TO THE LINE UNDER
TEST.
«A SERIES OF TESTS ARE PERFORMED TO CHECK THAT

SEa 0010

MACY11 30A(1052)

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THE FIRST RECEIVE BUFFER IS RETURNED WITH AN EMA

1
PAGE 11

SEQ 0011

(1)

STATUS AND THE CORRECT ENDING MEMORY ADDRESS,
2) THE TRANSMIT BUFFER IS RETURNED WITH A 1 STATUS AND THE
CORRECT MEMORY ADDRESS.
THE FAIL #°'S RANGE FROM 1
ERROR REPORT:

TEST #

TSTNUM

FAIL #

ERNUM

TO 22 (OCTAL)

LINc #

SHBE

CURLIN

SHBE

no no N—n-\—l—a-fi—a—s_.\;om;\ul\)
N - ONOMNSWNI=O
I I It

S
1=F IRMWARE FAILED TO INITIALIZE +

CSRO

CSR2

CSRé

CSR6
CSR6

nnnnWw

=CURRENT LINE FAILED TO COMPLETE LINE INITIALIZE «
=MAINTENANCE COMMAND (START CLOCK + INTERNAL LOOP) FAILED TO COMPLETE +
1ST ‘BUFFER IN'' COHMAND (ke CEIVE BUFFER) FAILED TO COMPLETE *
2ND 'BUFFER IN'' COMMAND (RECFIVE BUFFER) FAILED TO COMPLETE®
RD 'BUFFER IN'' COMMAND (TRANSMIT BUFFER) FAILED TO COMPLETE »
ZZ &£ 22—~ nunnnm

oo <o OO o=
= =t 4

nng NONNVD

IT 5 OF SEL2 FAILED TO SET WITHIN SPECIFIED TIME (FIRST BUFFER)
COMMAND (SELZ) NOT PROPER RETURNED BUFFER TYPE
STATUS (SEL7) NOT = 1 (END COUNT REACHED)
RETURNED LINE NUMBER IS INCORRECT (SEL3)
ENDING BUFFER ADDRESS EXTENDED BITS (SEL7) INCORRECT
ENDING BUFFER 16-BIT ADDRESS (SEL4) INCORRECT
5 OF SEL2 FAILED TO SET WITHIN SPECIFIED TIME (SECOND BUFFER)
COMMAND (SEL2) NOT PROPER RETURNED BUFFER TYPE
STATUS (SEL7) NOT = 1 (END COUNT REACHED)
RETURNED LINE NUMBER IS INCORRECT (SEL3)
ENDING BUFFER ADDRESS EXTENDED BITS (SEL7) INCORRECT
ENDING BUFFER 16-BIT ADDRESS (SEL4) JNCORRECT

«=]F ATTEMPTING AN INPUT FUNCTION AND AN OUTPUT IS PENDING
THE COMMAND 1S ABANDONED AND SEL2 WILL
SHOW THE OUTPUT REQUEST, OTHERWISE IT IS ASSUMED THAT THE
FIRMWARE

IS NON-RESPONSIVE

TEST 10:
THIS TEST CHECKS THAT A LINE OVERFLOW CONDITION WILL RETURN A

CONTROL OUT'' STATUS INDICATING THE LINE OVERFLOW.

EACH LINE IS TESTED FOR RETURNING THE OVERFLOW STATUS BY INITIALIZING
THE LINE, QUEUEING A 10 CHARACTER TRANSMIT BUFFER AND A 1 CHR
RECIEVE BUFFER
AND TESTING THAT A CONTROL OUT COMMAND INDICATING
A LINE OVERFLOW FOR THE CURRENT LINE IS RETURNED AFTER THE REC. BUFFER IS RETURNED

EALL
aTs o

1=INITIALIZATION OF

THIS TEST FAILED

2=RECEIVE BUFFER IN FAILED TO LOAD

(FIRMWARE HUNG OR QUTPUT REQ.IS SET)

3= TRANSMIT BUFFER IN FAILED TO LOAD

RECEIVE BUFFER NOT RETURNED

5 CONTROL OUT COMMAND FAILED TO RETURN

? SEL7 DOES NOT INDICATE A LINE OVERFLOW
RETURNED COMMAND

(SELZ)

10=RETURNED LINE # (SEL3)

IS NOT A CONTROL OUT

IS INCORRECT.

CZKMEAO DMS11-DA DYNAMIC
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PAGE 12

TEST 11:
THIS TEST CHECKS THAT THE RECEIVE BUFFERS ARE KILLED BY THE 'LINE RESET''

COMMAND BY INITIALIZING THE CURRENT LINE, QUEUEING A SHORT RECEIVE BUFFER
TO TYE LINE, ISSUEING A 'LINE RESET''
COMMAND, STARTING THE

MAINTENANCE CLOCK, QUEUING A SECOND RECEIVE BUFFER TO THE LINE,.
SENDING A LONGER TRANSMIT BUFFER TO THE LINE,
AND TESTING THAT A CONTROL QUT COMMAND IS RETURNED (LINE OVERFLOW

THE CURRENT LINE) AFTER ONE RECEIVE BUFFER OUT IS RETURNED.

1=INITIALIZATION OF THIS TEST FAILED ((SHBE=0)
2= RECEIVE BUFFER FIALED TO LOAD (SHBE=0)
3 CONTROL IN COMMAND (LINE RESET) CANNOT BE ISSUED

LINE RESET COMMAND FAILED TO COMPLETE (SHBE=0)

(SHBE=0)

5 CLOCK FAILED TO STARY
6 2ND RECEIVE BUFFER FAILED TO LOAD (SHBE=0)
14 TRANSMIT BUFFER IN FAILED TO LOAD (SHBE=0)
1 0 =RECEIVE BUFFER OUT WAS NOT RETURNED (SHBE=0)

] P4 =L INE OVERFLOU BIT IN SEL7 NOT SET
1

=AN QUTPUT WAS NOT RETURNED FROM THE KMC

(INDICATING A LINE OVERFLOW) (SHBE=0)

13=LINE
# (SEL3) NOT SAME AS LINE UNDER TEST
3

TEST 12:

THIS TEST WILL CHECK

THAT

THE

TRANSMIT BUFFERS ARE

LINE RESET BY INITIALIZING THE CURRENT LINE,

QUEUEING A TRANSMIT BUFFER TO THE LINE,

KILLED BY A

ISSUING A LINE RESET

COMMAND, STARTING THE CLOCK, AND TESTING THAT NO
OUTPUT IS RETURNED FROM THE KMC.
Eg?gR‘QEPORT:

1=F IRMWARE HUNG OR REQUESTING TO DO AN OUTPUT

(SHBE=0)

2=TRANSMIT BUFFER IN FAILED TO COMPLETE (SHBE=0)
3=LINE RESET COMMAND FAILED TO COMPLETE (SHBE=0)

4=MAINTENANCE COMMAND FAILED TO START (LOCK

(SHBE=0)

5=AN OUTPUT COMMAND WAS RETURNED FROM THE KMC

(SHBE=0)

TEST 13:
THIS TEST WILL CHECK THAT THE ‘‘IN ABORT'' COMMAND DOES NOT
TERMINATE ANY OF

THE

TRANSMIT BUFFERS BY

INITIALIZING EACH

LINE, SENDING
A TRANSMIT BUFFER TO THE LINE THEN ISSUEING
A LINE ABORT
"IN’
(BIT1 SEL7=1) TO THE LINE, AND TESTING
THAT THE NORMAL XMIT BUFFER OUT

(EMA)

1S RETURNED.

SEQ 0012

CZKMEAC DMS11-DA DYNAMI(
CZKMEA.P11
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MACY11

30A(1052)

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PAGE 13

F:?ER‘BEPORT:

1=F IRMWARE HUNG OR AN OUTPUT REQUEST PENDING IN TEST SETUP ROUTINES

2=BUFFER IN FAILED TO COMPLETE
3=ABORT COMMAND CANNOT BE ISSUED

=LINE ABORT COMMAND FAILED TO COMPLETE
=NO QUTPUT REQUESTED AFTER THE ABORT COMMAND
=STATUS ON XMIT BUFFER OUT IS NOT ENDING MEMORY ADDRESS

(1)

TEST 14:
THIS TEST WILL CHECK THAT THE ‘'‘OUT ABORT'' COMMAND DOES NOT
TERMINATE ANY OF

THE RECEIVE BUFFERS BY

INITIALIZING EACH

LINE, SENDING A RECEIVE BUFFER TO THE LINE, THEN ISSUEING
A LINE ABORT 'OUT'' (BIT1 SEL7=1) TO THE LINE, AND TESTING
THAT NO STATUS

(BUFFER OUTS)

IS RETURNED.

$2§ER#B§PORT:

1=F JRMWARE HUNG OR AN OUTPUT REQUEST PENDING IN TEST SETUP ROUTINES

2=BUFFER IN FAILED TO COMPLETE
3=ABORT COMMAND CANNOT BE ISSUED

4=LINE ABORT COMMAND FAILED

TO COMPLETE

5=0UTPUT IS BEING REQUESTED AFTER THE ABORT COMMAND

TEST 15:

THIS TEST WILL CHECK AN °‘‘ABORT OUT'' COMMAND WILL RETURN (KILL)

THE BUFFER CURRENTLY QUEUED TO THE LINE UNDER TEST, BY INITIALIZING
ALL LINES, SENDING A TRANSMIT BUFFER TO EACH LINE, THEN ISSUEING
A LINE ABORT OUT COMMAND TO EACH LINE INDIVIDUALLY, TESTING THAT
ONLY THE BUFFER QUEUED TO THAT LINE IS RETUPNED WITH A
STATUS (SEL6) OF (-6) ''TERMINATED ON REQUEST'.

1=F IRMWARE HUNG OR OUTPUT REQ.

WHEN INITIALLY SETTING UP TEST

2=TRANSMIT BUFFER IN FAILED TO LOAD (SHBE=0)
3=ABORT COMMAND CANNOT BE ISSUED (SHBE=0)

4=THE ABORT COMMAND FAILED TO COMPLETE

(SHBE=0)

6=NO ABORTED BUFFER RETURNED (SHBE=0)
7=COMMAND OUT NOT VALID AS PER SELO (SHMBE=SELO)
10=L INE # RETURNED NOT CORRECT (SHBE=LINE #)
11=STATUS RETURNED (SEL6) NOT ‘‘TERMINATED ON REQ.‘'(-6)

(SHBE=-6)

TEST 16:
THIS TEST WILL CHECK AN ''ABORT IN'' COMMAND WILL RETURN (KILL)
THE BUFFER CURRENTLY QUEUED

TO THE

LINE UNDER TEST BY

INITIALIZING

SEQ 0013

CZKMEAO DMS11-DA DYNAMIC
CZKMEA.P11
20-0CT-8" 17:05

ALL LINES,

MACY11 30A(1052)

21-0CT-81

08:50

SENDING A RECEIVE BUFFER TO EACH LINE,

PAGE 14

SEQ 0014

THEN ISSUEING

A LINE "'ABORT IN'' COMMAND TO EACH LINE INDPIVIDUALLY, TESTING THAT

ONLY THE BUFFER QUEUED TO THAT LINE IS RETURNED WITH A

STATUS (SEL6) OF

(-6) '‘TERMINATED ON REQUEST''.

1=F IRMWARE HUNG OR OUTPUT REQ. WHEN INITIALLY SETTING UP TEST
=RECEIVE BUFFER IN FAILED TO LOAD (SHBE=0)

ABORT COMMAND CANNOT BE ISSUED (SHBE=0)

THE ABORT COMMAND FAILED TO COMPLETE (SHBE=0)
PRIMING TRANSMIT BUFFER IN FAILED TO COMPLETE

Eay
4

(CCP ONLY)

O ABORTED BUFFER RETURNED (SHBE=0)
OMMAND OUT NOT VALID AS PER SEL2 (SHBE=SEL?2)
LINE # RETURNED NOT CORRECT (SHBE=LINE #)
STATUS RETURNED (SEL6) NOT '‘TERMINATED ON REQ,''(-6)
PRIMING TANSMIT BUFFER FAILED TO RETURN

(CCP ONLY)

TEST 17:

THIS TEST CHECKS THAT AN ALTERNATE ''TRANSMIT''
TO EACH LINE AND

(SHBE==6)

BUFFER CAN BE QUEUED

IS RETURNED WHEN A LINE ABORT (COMMAND

IS ISSUED.
AFTER EACH LINE IS TESTED FOR RETURNING ITS
BUFFERS, AN ALTERNATE BUFFER IS QUEUED TO THE LINE
EQ?ER‘BEPORT:

1=F IRMWARE HUNG OR OUTPUT REQ.

ON INITIAL TEST SETUP ROUTINES

2=1ST TRANSMIT BUFFER IN FAILED TO LOAD (SHBE=0)
3=ALTERNATE TRNASMIT BUFFER FAILED TO LOAD
b NN

4=ABORT COMMAND CANNOT BE ISSUED
=LINE ABORT COMMAND FAILED TC COMPLETE
NO RESPONSE (OUTPUT) AFTER ABORTING BUFFER (1ST BUFFER) (SHBE=200)
0 OUTPUT NOT A BUFF OUT OR BIT2-SEL2 SHOJS INCORRECT BUFFER TYPE (1ST BUFF)
) =d md ecd d e

LINE NUMBER (SEL3) OF RETURNED BUFF INCORRECT (1ST BUFFER)

2 RETURNED BUFFER STATUS (SEL6) NOT A -6 (1ST BUFFER)
SND ABORT COMMAND CANNOT BE ISSUED
] SND LINE ABORT COMMAND FAILED TO COMPLETE

7 NO _RESPONSE

(OUTPUT) AFIER ABORTING BUFFER

(SHBE=LINE #)

(SHBE=-6)

(2ND BUFFER)

(SHBE=200)

0 =OUTPUT NOT A BUFF OUT OR BIT2-SEL2 SHOWS INCORRECT BUFFER TYPE (2ND BUFF)
21=LINE NUMBER (SEL3) OF RETURNED BUFF INCORRECT (2ND BUFFER) (SHBE=LINE #)
22=RETURNED BUFFER STATUS (SEL6) NOT A -6 (2ND BUFFER) (SHBE=-6)
24=LAST ALTERNATE BUFFER FAILED TO LOAD

TEST 20:

(SHBE=200)

THIS TEST CHECKS THAT AN ALTERNATE 'RECEIVE'' BUFFER CAN BE QUEUED
TO EACH LINE AND IS RETURNED WHEN A LINE ABORT COMMAND
IS ISSUED.
AFTER EACH LINE IS TESTED FOR RETURNING ITS

(SHBE=200)

CZKMEAC UMS11-DA DYNAMIC
CZKMEA. 1N
20-0CT-81 17:05

MACY11

30A(1052)

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PAGE 15

SEQ 0015

BUFFERS, AN ALTERNATE BUFFER IS QUEUED TO THE LINE

Haunwwnnwunnnngn2or
o2 Q

NININININ)
= = d ed b b cd 2 NJON N S NN
WM = ONONWVISS
NN
O L I I
N

1=F IRMWARE HUNG OR QUTPUT REQ. ON INITIAL TEST SETUP ROUTINES
=1ST TRANSMIT BUFFER IN FAILED TO LOAD (SHBE=0)
ALTERNATE TRNASMIT BUFFER FAILED TO LOAD
ABORT COMMAND CANNOT BE ISSUED
INE ABORT COMMAND FAILED TO COMPLETE
RIMING TRANSMIT BUFFER FAILED TO LOAD (CCP ONLY)
0 RESPONSE (OUTPUT) AFTER ABORTING BUFFER (1ST BUFFER) (SHBE=200)

UTPUT NOT A BUFF OUT OR BIT2-SEL2 SHOWS INCORRECT BUFFER TYPE (1ST BUFF)
INE NUMBER (SEL3) OF RETURNED BUFF INCORRECT (1ST BUFFER) (SHBE=LINE #)

(SHBE=200)

UTPUT NOT A BUFF OUT OR BIT2-SEL2 SHOWS INCORRECT BUFFER TYPE (2ND BUFF)
INE NUMBER (SEL3) OF RETURNED BUFF INCORRECT (2ND BUFFER) (SHBE=LINE #)

(SHBE=200)

ETURNED BUFFER STATUS (SEL6) NOT A =6 (1ST BUFFER) (SHBE=-6)
RIMING TRANSMIT BUFFER NOT RETURNED (CCP ONLY)
ND ABORT COMMAND CANNOT BE ISSUED
ND LINE ABORT COMMAND FAILED TO COMPLETE
ND PRIMING TRANSMIT BUFFER FAILED TO LOAD (CCP ONLY)
0 _RESPONSE (QUTPUT) AFTER ABORTING BUFFER (2ND BUFFER) (SHBE=200)
ETURNED BUFFER STATUS

(SEL6) NOT A -6 (2ND BUFFER)

SND PRIMING TRANSMIT BUFFER NOT RETURNED (CCP ONLY)

(SHBE=-6)

LAST ALTERNATE BUFFER FAILED TO LOAD

TEST 21:

THIS TEST CHECKS THAT ALTERNATE BUFFERS CAN BE QUEUED TO EACH

LINE AND ARE PROPERLY HANDLED BY THE FIRMWARE.

A PROGRESSION IS

DONE, TESTING THE QUEUEING OF ALTERNATE BUFFERS TO EACH LINE
THE CURRENT LINE IS QUEUED 2 RECEIVE AND 2 TRANSMIT BUFFERS
AND A TEST THAT THE BUFFERS FOR THE CURRENT LINE ARE RETURNED CORRECTLY.

E:?ER’BEPORT:

1=FAILURE

IN TEST INITIALIZATION ROUTINES

2=RECEIVE BUFFER FAILED TO LOAD (SHBE=0)
3=TRANSMIT BUFFER FAILED TO LOAD (SHBE=0)

4=0UTPUT REQ. NOT SET

(SHBE=0)

(BUFFER NOT RETURNED)

(SHBE=0)

5=WRONG LINE NUMBER RETURNED (SHBE=CURRENT LINE #)
6=WRONG STATUS RETURNED (SHBE=CORRECT STATUS)
7=RETURNED BUFFER ADDRESS NOT CORRECT (SHBE=CORRECT ADDRESS)
T0=THERE HAVE BEEN 4 BUFFERS OUT BUT NOT 2 RX + 2 TX (SHBE=# OF RX BUFFERS)
T1=AFTER & BUFFERS ANOTHER REQ.OUT IS POSTED

(SHBE=# OF RX BUFFERS SO FAR)

TEST 22:

THIS TEST CHECKS THAT A NON-EXISTANT MEMORY STATUS (-5) WILL BE
RETURNED WITH A RECEIVE BUFFER QUT.
THE NON-EXISTANT MEMORY

kggsgéggbls 1/0 PAGE LOCATION 10 TO WHICH THE RECEIVE BUFFER IS
ERROR REPORT:

TM r~

CZKMEAO DMS17-DA DYNAMIC
CZKMEA.P11
20-0CT-81 17:05

FAIL #°'S
1=FAILURE

MACY11

30A(1052)

21-0CT-81

IN TEST INITIALIZATION ROUTINES

2=RECEIVE BUFFER FAILED TO LOAD
3=TRANSMIT BUFFER FAILED TO LOAD

4=NO _QUTPUT RESPONSE FROM THE

08:50

2
PAGE 16

SEQ 0016

(SHBE=0)

(NON-EXISTANT MEMORY)

TRANSFER.

(SHBE=204

5=OUTPUT RESPONSE NOT FROM A RETURNED RECEIVE BUFFER (SHBE=204(SEL2))
6=RETURNED RECEIVE BUFFER STATUS NOT CORRECT (SHBE==5 (NXM=-STATUS))

TEST 23:
CCP MODE ONLY
THIS TEST WILL CHECK THAT THE 2 CHARACTERS ETX AND ETB

ARE DETECTED AND PROPERLY RETURN THE BUFFER OUT COMMAND STATUS.
BOTH CHARACTERS ARE TESTED INDIVIDUALLY WITH EACH PREFIXED
BY AN SOH THEN A STX

REPORT:
ERROR
g:?L;SLOU BYTE = SOH OR STX HIGH BYTE = ETX OR ETB

(FAILING COMBINATION)

1=FAILURE IN TEST SET UP ROUTINES

2=RECEIVE BUFFER FAILED TO LOAD
3=TRANSMIT BUFFER FAILED TO LOAD

4=NO _RESPONSE WAS RECEIVED FROM THE TERMINATION CHARACTER

S=RETURNED COMMAND IS NOT A RECEIVE BUFFER OUT
6=BUFFER RETURNED DOES NOT HAVE CORRECT ENDING MEMORY ADDRESS
7=SEL6 RETURNED STATUS IS NOT CORRECT

TEST 24:
CCP MODE ONLY
THIS TEST CHECKS THAT AN LRC ERROR CONDITION CAN BE DETECTED
AND RETURNS THE RECEIVE BUFFER WITH AN LRC CONDITION
TO GENERATE THE LRC ERROR A SPECIALLY FORMATTED BUFFER IS OUTPUT WITH
AN ADDITIONAL CHARACTER FOLLOWING THE "ETX'' WHICH THE RECEIVER
INTERPRETS AS THE LRC CHARACTER

ERROR

FAILAS

REPORTS:

1=FAILURE IN TEST INITIALIZE ROUTINE
=RECEIVE BUFFER FAILED TO LOAD

SNO\WN

=TRANSMIT BUFFER FAILED TO LOAD
THERE IS NO OUTPUT RESPONSE FROM THE LRC ERROR CONDITJON

OUTPUT IS NOT A BUFFER OUT COMMAND

RETURNED ENDING MEMORY ADDRESS NOT CORRECT
RETURNED STATUS DOES NOT INDICATE AN LRC ERROR

(SELZ2))

Y r~

CZKMEAO DMS11~DA DYNAMIC
CZKMEA.P11
20-0CT-81 17:05

MACY11

30A(1052)

21-0CT-81

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PAGE 17

TEST 25:
CCP MODE ONLY
THIS TEST CHECKS THAT A PARITY ERROR CONDITION CAN BE DETECTED
AND RETURNS THE RECEIVE BUFFER WITH A PARITY CONDITION.

TO GENERATE THE PARITY ERROR A SPECIALLY FORMATTED BUFFER
IS OUTPUT
WITH AN EVEN PARITY DATA CHARACTER FOLLOWING THE CONTROL CHARACTERS

ERROR REPORTS:
g§}I‘J£EST' FAILA SH6t

CSRO CSR2 CSR4 CSR6

1=FAILURE IN TEST INITIALIZATION ROUTINES
=RECEIVE BUFFER FAILED TO LOAD
TRANSMIT BUFFER FAILED TO LOAD
THERE IS NO OUTPUT RESPONSE FROM THE PARITY ERROR CONDITION
OQUTPUT IS NOT A BUFFER OUT COMMAND
RETURNED ENDING MEMORY ADDRESS NOT CORRECT
RETURNED STATUS DOES NOT

INDICATE A PARITY ERROR

TEST 26:

THIS TEST CHECKS THAT THE CHARACTER COUNT WILL CORRECTLY COUNT
TO THE HIGHEST VALUE OF CORE AVAILABLE (ABOVE THE DIAGNOSTIC)

BY USING THE SAME BUFFER FOR RECEIVE AS IS TRANSMIT

AND TESTING THAT THE ENDING MEMORY ADDRESS RETURNED

OF BOTH THE BUFFERS

(XMIT AND RECEIVE) ARE THE SAME

ERROR REPORT:
FAIL #'S
i=FAILURE IN TEST INITIALIZATION ROUTINES

2=RECEIVE BUFFER FAILED TO LOAD
3 TRANSMIT BUFFER FAILED TO LOAD

NO BUFFER RETURNED FROM TRANSFER

; COMMAND RETURNED WAS NOT A BUFFER OUT

6 1ST BUFFER HAS INCORRECT ENDING MEMORY ADDRESS
7 2ND BUFFER FAILED TO RETURN

; 0 =2ND COMMAND WAS NOT A BUFFER OUT
:

=2ND BUFFER HAD INCORRECT ENDING MEMORY ADDRESS

12=BUFFERS RETURNED WERE NO7 1

TEST 27:

TRANSMIT & 1

THIS TEST WILL CHECK THE LOWER 13

RECEIVE

(SHBE=# REC.BUFFERS)

(4K) BIT TRANSMIT AND RECEIVE

BUFFER ADDRESSING (BUFFER ADDRESS=IN AND QUT) BY TRANSMITTING

AND RECEIVING TWO WORD BUFFERS. THE ADDRESSES ARE SEQUENCED BY
WALKING A ONE ACROSS THE RETURNED BUFFER ADDRESS VALUE.
THE RETURNED BUFFER ADDRESSES ARE TESTED FOR BEING CORRECT.

ERROR REPORT:

SEQ 0017

CZKMEAO DMS11-DA DYNAMIC
CZKMEA.P11
20-0C7-81 17:05

CZKMEAO DMS11-~DA DYNAMIC
CZKMEA.P11
20-0CT-81 17:05

MACY11 30A(1052)

21-0CT-5'

08:50

PAGE 18

SEQ 0018

WRO=OH I

h N

=FAILURE IN TEST INITIALIZATION ROUTINES
CURRENT RECEIVE BUFFER FAILED TO LOAD (SHBE + WAS =N/A)
CURRENT TRANSMIT BUFFER FAILED TO LOAD (SHBE+WAS=N/A)
NO_OUTPUT RESPONSE AFTER QUEUEING BUFFERS (SHBE,WAS=N/A)
1ST RETURNED BUFFER IS NOT BUFFER OUT
1ST RETURNED BUFFER (ENDING MEMORY ADDRESS) NOT CORRECT (SHBE=CORRECT ADDRESS)

2ND BUFFER NOT RETURNED
=2ND RETURNED COMMAND IS NOT BUFFER OUT
=2ND RETURNED BUFFER (ENDING MEMORY ADDRESS) NOT CORRECT (SHBE=CORRECT ADDRESS)
=TWO0 BUFFER OUT

COMMANDS RETURNED BUT NOT ONE

=EXTRA RETURNED COMMAND AFTER TWO BUFFER OUTS

TEST 30:

THIS TEST WILL CHECK BUS ADDRESSING OF

TX AND ONE RX

(SHBE=#OF

THE HIGHER ORDER

BITS (BITS 14=-17) OF THE QUEUED RECEIVE BUFFER AND MULTIPLE DATA
TRANSFERS BY TRANSFERRING A TEN WORD BUFFER TO EACH 4K BOUNDARY
(IN THE TEST RANGE) OUTPUT IS FROM '‘TBUF'’

THE

TEST WILL EXECUTE ONLY

SUFFICIENT CORE EXISTS.

ERROR REPORT:
FAIL #'S
1=FAILURE IN TEST INITIALIZATION ROUTINES
=THE RECEIVE BUFFER=IN COMMAND FAILED

TO LOAD

(SHBE,WAS=0)

=THE TRANSMIT BUFFER=IN COMMAND FAILED TO LOAD (SHBE,WAS=0)
CURRENT TRANSFER FAILED TO INDICATE A COMPLETION (SHBE,WAS=0)
RETURNED COMMAND WAS NOT A BUFFER 0UT
RETURNED (TRANSMIT) BUFFER EA~BITS INCORRECT (SHBE+WAS=EA-BIT STATUS)
RETURNED (TRANSMIT) BUFFER
=RETURNED (RECEIVE) BUFFER
=RETURNED (RECEIVE) BUFFER
=TWO RETURNED BUFFERS WERE

TEST 31:

THIS TEST WILL

16 BIT ADDRESS INCORRECT (SHBE+WAS=ADDRESS)
EA-BITS INCORRECT (SHBE+WAS=EA-BIT STATUS
16 BIT ADDRESS INCORRECT (SHBE+WAS=ADDRESS)
NOT 1 TX AND 1 RX BUFFER

CHECK BUS ADDRESSING OF

THE HIGHER ORDER BITS

(BITS 14=17) OF THE QUEUED TRANSMIT BUFFER AND MULTIPLE DATA

TRANSFERS BY TRANSFERRING A TEN WORD BUFFER FROM EACH 4K BOUNDARY
(IN THE TEST RANGE) INPUT IS TO RBUF.

* THE TEST WILL EXECUTE ONLY IF SUFFICIENT CORE EXISTS.

=THE RECEIVE BUFFER-IN COMMAND FAIL

TO LOAD

(SHBE,WAS=0)

=THE TRANSMIT BUFFER=IN COMMAND FAIL TO LOAD (SHBE,WAS=0)
=CURRENT TRANSFER FAILED TO INDICATE A COMPLETION (SHBE,WAS=0)
=RETURNED COMMAND IS NOT A BUFFER OUT
=RETURNED (TRANSMIT) BUFFER EA-BITS INCORRECT (SHBE+WAS=EA-BIT STATUS)

RX BUFFERS

CZKMEAO DMS11-DA DYNAMIC

20-0CT-81 17:05

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PAGE 19

7=RETURNED (TRANSMIT) BUFFER 16 BIT ADDRESS INCORRECT (SHBE+WAS=ADDRESS)
10=RETURNED (RECEIVE) BUFFER EA-BITS INCORRECT (SHBE+WAS=EA-BIT STATUS)

11=RETURNED (RECEIVE) BUFFER 16 BIT ADDRESS INCORRECT
12=TWO RETURNED BUFFERS WERE NOT 1 TX AND 1 RX BUFFER

(SHBE+WAS=ADDRESS)

TEST 32:

THIS TEST WILL CHECK MULTIPLE DATA TRANSFERS AND BUS ADDRESSING
BY TRANSFERRING BUFFERS TO EACH INCREMENTAL 4K ABOVE THE DIAGNOSTIC

IN CCP MODE, THE FIRST 4K BOCK (16=20K) IS WRITTEN WITH AN
INCREMENTAL PATTERN (40-175) AND TRANSFERRED TO EACH 4K ABOVE
THE DIAGNOSTIC (20K UP)
IN BOP MODE, THE FIRST 1024 BYTES OF THE_FIRST 4K BOCK (16K) IS
WRITTEN WITH AN INCREMENTAL PATTERN (0-377) AND TRANSFERRED
TO THE START OF EACH 4K ABOVE THE DIAGNOSTIC (20K UP)
TEST WILL RUN ONLY IF 20K OR MORE OF CONTIGUOUS CORE (0 uP)

EXISTS ON SYSTEM.

ERROR REPORT:
FAIL #'S
1=FAILURE IN TEST INITIALIZATION ROUTINES
=RECEIVE BUFFER FAILED TO LOAD

POND) = b b e e ed b = ~JON N S NN
=SONOWVEWNI=O N 0 U It i
i nng—=s—a

CZXKMEA.P11

MACY11 30A(1052)

TRANSMIT BUFFER FAILED TO LOAD

O BUFFER RETURNED FROM TRANSFER
ST RETURN WAS NOT A BUFFER OUT
RANSMIT BUFFER RETURN STATUS INCORRECT

6-BIT TRANSMIT ADDRESS INCORRECT
EXTENDED TRANSMIT ADDRESS BITS INCORRECT
SND BUFFER (RECEIVE) NOT RETURNED
2ND RETURN WAS NOT EXPECTED RECEIVE BUFFER

RECEIVE BUFFER RETURNED STATUS INCORRECT
16-BIT RECEIVE ADDRESS INCORRECT
EXTENDED RECEIVE ADDRESS BITS INCORRECT
RECEIVED DATA CHARACTER INCORRECT

2ND BUFFER (TRANSMIT) NOT RETURNED
2ND RETURN WAS NOT EXPECTED TRANSMIT BUFFER
TWO RETURNED BUFFERS NOT

17X AND

RX BUFFER

TEST 33:
THIS TEST WILL CHECK THE INPUT REQUEST INTERRUPT LOGIC
AND FIRMWARE ARBITRATION BY INITIALIZING THE INPUT REQUEST

VECTOR (XX0) WITH A CORRECT RETURN ADDRESS AND THE OUTPUT REQUEST
VECTOR WITH ADDRESS TO ERROR FLAG ROUTINE.
THE INPUT REQUEST IS FIRST DONE WITH THE PROCESSOR STATUS
DROPPED TO O AND THE INTERRUPT ENABLE BIT NOT SET T0 CHECK
THAT NO INTERRUPT OCCURS WHEN THE 'RDYIN'' (BIT 7-SELO) SETS.
THEN THE INPUT REQUEST IS MADE WITH THE INTERRUPT ENABLE

BT SET AND THE PROCESSOR STATUS AT 0O TO CHECK THAT THE INTERRUPT

OCCURS TO THE CORRECT VECTOR ADDRESS
THEN THE PROCESSOR STATUS IS SET TO LEVEL 7 THE REQUEST MADE
WITH THE INTERRUPT ENABLE BIT SET AND TEST THAT THE INTERRUPT DOES

SEQ 0019

—

CZKMEAO DMS11-DA DYNAMIC
CZKMEA.P11
20-0CT-81 17:05

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2
PAGE 20

NOT OCCUR UNTIL THE CORRECT PROCESSOR STATUS IS REACHED.

1=FAILURE

IN TEST

INITIALIZATION ROUTINES

2="RDY=IN'* FAILED TO SET (WAS=N/A
3=]LLEGAL INTERRUPT OCCURED ( W/PS @ 7)

4=F IRMWARE

(WAS=N/A)

(WAS=VECTOR TRAPPED TO)

INITIALIZE FAILED AFTER RDYIN SET

(WAS=N/A)

5=2ND RDYIN FAILED TO SET (WAS=N/A)
6=INTERRUPTED TO WRONG VECTOR ADDRESS (WAS=VECTOR TRAPPED TO)
7=F IRMWARE FAILED TO INIT. AFTER INPUT INTERRUPT (WAS=N/A)
10=3RD RDY=IN FAILED TO SET (WAS=N/A)
T1=INTERRUPT OCCURED AT LEVEL OTHER THAN SPECIFIED

(WAS=PS WORD)

TEST 34:
THIS TEST WILL CHECK THAT AN OUTPUT REQUEST INTERRUPT CAN CORRECTLY BE
EXECUTED TO INTERRUPT VECTOR XX4 AND TEST THE LOGIC AND
FIRMWARE ARBITRATION.
A TRANSMIT AND RECEIVE BUFFER IS QUEUED TO LINE 0
WITH THE PROCESSOR STATUS AT O AND THE ‘'IEQ'' BIT NOT SET
TEST IS DONE TO CHECK THAT NO INTERRUPT OCCURS.
THE FIRMWARE

IS REINITIALIZED

THE BUFFERS REQUEUED

WITH THE "'IEQ’' BIT SET AND THE PROCESSOR STATUS AT 0
A CHECK IS DONE TO TEST THAT THE
OUTPUT VECTOR ADDRESS XX&.

INTERRUPT OCCURS TO THE

HnHNoN—@O

N—=OH
It
N

ERROR REPORT:
FAIL #'S
1=FAILURE IN TEST INITIALIZATION ROUTINES (WAS=N/A)
=RECEIVE BUFFER FAILED TO LOAD
TRANSMIT BUFFER FAILED TO LOAD
UFFER FAILED TO RETURN
LLEGAL INTERRUPT WITHOUT IEO SET (WAS=VECTOR TRAPPED TO)
ND RECEIVE BUFFER FAILED TO LOAD
ND XMIT BUFFER FAILED TO LOAD
INTERRUPT OCCURED TO WRONG VECTOR (WAS=VECTOR TRAPPED TO)

INTERRUPT FIALED WHEN ‘RDYOUT'' SET (WAS=N/A)
BUFFER FAILED TO RETURN (NO ‘RDYOUT'') (WAS=N/A)

Sea 0020

CZKMEAO DMS11-DA DYNAMIC
CZKMEA.PT
20-0CT-81 17:05
.NLIST MD

MACY11

30A(1052)

21-0CT-81

08:50

PAGE 21

SEQ 0021

CZKMEAO DMS11-DA DYNAMIC

CZKMEA.P11

20-0CT-81 17:05

MACY11 30A(1052)

21-0CT-81