Digital PDFs

AC-8054B-MC

June 1978

78 pages

Original

9.6MB

Document:	CFKTHB0-1134-Mem-Mgmt Jun78
Order Number:	AC-8054B-MC
Revision:	0
Pages:	78
Original Filename:	http://bitsavers.org/pdf/dec/pdp11/xxdp/diag_listings/1134/AC-8054B-MC_CFKTHB0-1134-Mem-Mgmt_Jun78.pdf

OCR Text

* ...
CFXTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(10S2)
CFKTHB.P11
27-.JUN-78 0W7
1

.2
3
4
5

27-oJUN-78

09:33

PAGE 2

SEQ OOOt

.REM.

7
B
9
10

IDENTI FICAT ION

11
12

PRODUCT CODE:

AC-B054B-MC

PRODUCT NAME:

CFKTHBO PDP 11/34 MEM NlGrAT

DATE:

.JUNE 22,1978

MAINTAINER:

DIAGNOSTIC PROGRA~~IMG

AUTHOR:

DIAGNOSTIC ENGINEERING

14
15
16
17

18
19
20
21
22
23
24
25

.,.
THE INFORMATION IN THIS DOCUMENT IS SUBJECTTQ CHANGE WITHOUT
NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION. DIGI1AL EQUIPMENT CORPORATION ASSUMES
NO RESPONSIBILITY FOR ANY ERRORS THAT MAY APPEAR IN THIS
DOCUMENT.

26
27

28
29
30
31

32
33

34
3S
36
37
38
39
40

THE SOFTWARE ~ESCRIBED IN THIS DOCUMENT IS FURNISHED TO THE
PURCHASER UNDER A LICENSE FOR USE ON A SINGLE ·COMPUTER SYSTEM
AND CAN BE COPIED (WITH INCLUSION OF DI~ITAL'S COPYRIGHT N01ICE)
ONLY FOR USE IN SUCH SYSTEM, EXCEPT AS MAY OTHERWISE BE PROVIDED
IN WRITING BY DIGITAL.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY
FOR THE USE OR RELIABILITY OF ITS SOFTWARE ON EQUIPMENT
,THAT IS NOT SUPPLIED BY DIGITAL.

42
43
44
45
46
47
48
49
50

51
52

-...

CFKTHBO POP 11/34 MEM MGNT DIAG MACY11 30A(10S2)
CFKTHB.P11
27-uUN-78 09:27

27-JUN-78

09:33

PAG; 3

seq 0002

54
55
56
57

PROGRAM HISTORY

59
60
61

DATE

REVISION

REASON FOR REVISION

62
63

64
65
66
67

31-uAN-77
28-JUN-78

A
B

FIRST RELEASE
HARDWARE FAULT NOT DETECTED

'!!

•
CFKTHBC PDP 11/34 MEM MGN~AG MACY11 30A(1052)
CFKTHB.P11
27-~UN-78 09:*7
68
69
70

71
72
73
74
75

PROGRAM INFORMATION
1.1
ABSTRACT
REQUIREMENTS1.2
RELATED DOCUMENTS AND STANDARDS
1.3
1.4
PRELIMINARY PROGRAMS

2.0

OPERATING INSTRUCTIONS
2.1
LOADING PROCEDURES
2.2
STARTING PROCEDURES
2.3
OPERATIONAL SWITCH SETTINGS
2.4
LOADING THE SWITCH REGISTER
2.5
EXECUTION TIMES

3.0

ERROR INFORMATION
3.1
ERROR REPORTING PROCEDURES
3.2
INTERPRETING ERROR REPORTS
3.3
SAMPLE ERROR REPORT

4.0

MISCELLANEOUS INFORMATION
4.1
ACT/APT/XXDP COMPATABILITY
4.2
END-OF-PASS MESSAGE
4.3
T-BIT TRAPPING
4.4
POWER FAILURE HANDLING
4.5
PHYSICAL BUS ADDRESS CONSTRUCTION

5.0

PROGRAM DESCRIPTION
5.1
SUBROUTINES USED BY THIS PROGRAM
5.2
PROGRAM LISTING
5.3
USING THE PROGRAM TO DIAGNOSE A FAULT

78
81

82
83
84
85
86
89
90
91

92
93

94
95

96
97
98
99
100
101
102

103

PAGE 4

1.0

87
OB

OS:33

TABLE O~ CONTENTS

79
80

27-~UN-7B

SEQ 0003

CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(10S2)
CFKTHB.Pl1
27-JUN-78 09:27
104
105
106
107

27-~UN-78

09:33

SEQ 0004

1.0

PROGRAM INFORMATION

1.1

ABSTRACT

10B

PAGE 5

109

110

THIS PROGRAM WAS DESIGNED USING A "BOTTOM UP· APPROACH
STARTING WITH THE SMALLEST SEGMENT OF MEMORY MANAGMENT
LOGIC POSSIBLE AND BUILDING TO COVER ALL OF THE LOGIC.
THE DIAGNOSTIC WILL PROVIDE ENOUGH INFORMATION SUCH THAT
BY DEDUCTION, THE FAILURE CAN BE ISOLATED TO A SMALL
SEGMENT OF THE MEMORY MANAGEMENT LOGIC.

111

112
113

114
115
116
117
118

THE PROGRAM BEGINS BY TESTING SOME OF THE INTERNAL CPU
DATA AND ADDRESS PATHS AND ADDRESS DETECTION LOGIC, THEN
WORKS OUTWARD THROUGH THE MEMORY MANAGEMENT REGISTERS.
AFTER THE REGISTERS ARE FOUND TO BE USEABLE, RELOCATION
(CONSTRUCTION OF PHYSIC:.L ADDRESSES FROM A VIRTUAL ADDRESS
AND THE ASSOCIATED PAR/PDR INFORMATION) IS TESTED FOLLOWED
BY TESTING OF THE ABORT AND STATUS ~EGMENTS OF LOGIC.
FINALLY, CHECKS OF SPECIAL ABORT SEQUENCES AND TESTING OF
THE MFPI/MTPI I~STRUCTIONS ARE DONE.

119
120
121

122
123
124

125
126
127
12B

1.2

REQUIREMENTS

129

130
131

A PDP 11/34 PROCESSOR WITH A MINIMUM OF 16K OF MEMORY
AND A CONSOLE TERMINAL ARE REQUIRED TO RUN THE PROGRAM
UNLESS THE PROGRAM IS RUNNING UNDER APT DR ACT IN WHICH
CASE THE CONSOLE TERMINAL IS NOT NECESSARY.

132
133
134
135
136
137
138

1.3

1.
2.
3.
4.
5.

139
140
141
142
143

144

1.4

145
146
147
149
150

PRELIMINARY PROGRAMS

MD-ll-DFKAA
MD-ll-DFKAB

151
152
153

PDP 11/34 3ASIC CPU TESTS
PDP 11/34 TRAPS TESTS

ALSO, ONE OF THE MAIN MEMORY DIAGNOSTICS SHOULD BE RUN
TO SCAN AT LEAST THE FIRST 16K TO SEE THAT A PROGRAM
CAN BE EXECUTED.

154

159

ACT11/XXDP PROGRAMMING SPECIFICATION
STANDARD APT SYSTEM TO A PDPll DIAGNOSTIC INTERFACE
DIAGNOSITC ENGINEERING STANDARDS AND CONVENTIONS
PDP11 MAINDEC SYSMAC PACKAGE
XXDP USER'S MANUAL

BEFORE i:fIS MEMORY MANAGEMENT DIAGNOSITC IS RUN, THE
FOLLOWING CPU DIAGNOSTICS SHOULD BE RUN:

14B

155
156
157
158

RELATED DOCUMENTS AND STANDARDS

1h0

2.0

OPERATING INSTRUCTIONS

,
*'

.
CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(1052)
CFKTHB.P11
27-JUN-78 09:27
160
161
162
163
164
165
166
167
'68
169
170
171
172
173
174

2.1

27-JUN-78

09:33

PAG~

SEQ 0005
LOADING PROCEDURES
THE PROGRAM IS SUPPLIED ON THE DIAGNOSTIC LOAD MEDIA.
REFER TO THE XXDP USER'S MANUAL FOR FURTHER INFORMATION.
FOR USE WITH ACT DR APT, REFER TO THEIR RESPECTIVE
DOCUMENTS. THE PROGRAM CAN ALSO BE DIRECTLY LOADED
USING THE ABSOLUTE LOADER AND THE BINARY PAPER TAPE.

2.2

STARTING PROCEDURES
THE PROGRAM IS STARTED BY LOADING ADDRESS 200 AND
STARTING. IF THE PROCESSOR HAS THE OPTIONAL PROGRAMMER'S
CONSOLE, THE SWITCH REGISTER SHOULD BE SET ACCORDING TO
SECTION 2.3 BEFORE THE PROGRAM IS STARTED. IF THERE
IS NO HARDWARE SWITCH REGISTER, THE PROGRAM WILL USE THE
SOFTWARE SWITCH REGISTER AT LOCATION 176 (LOCATION 174
WILL BE USED AS THE SOFTWARE DISPLAY REGISTER). IN THAT CASE
THE PROGRAM WILL ASK FOR THE INITIAL SWITCH REGISTER
VALUE BY TYPING "SWR= X:{XXXX . ~!EW:
AFTER TYPING
THE NAME OF THE PROGRAM (XXXXXX = THE OCTAL CONTENTS OF
LOCATION 176). (SEE SECTION 2.4)

175
176

177

178
179
180
181

182
183

ALSO THE PROGRAM CAN BE MADE TO uSE THE SOFTWARE SWITCH
REG. EVEN IF THE HARDWARE SWITC~ REG. IS PRESENT BY LOADING
"177777" INTO THE HARDWARE SWITCH REG. BEFORE STARTING
THE PROGRAM.

184
185
186
187

188
189

2.~·

CONTROL SWITCH SETTINGS

190
191

192

SWITCH

OCTAL VALUE

USE

SW15

100000

HALT ON ERROR
THIS SWITCH WHEN SET WIll HALT
THE PROCESSOR WHEN AN ERROR IS
DETECTED AFTER THE ERROR MESSAGE
HAS BEEN TYPED. PRESSING CONTINUE
WILL RESUME TESTING (SEE SECTION
3.1 ABOUT LOADING THE SWITCH REG
BEFORE CONTINUING).

5W14

040000

lOOP ON TEST
THIS SWITCH WHEN SET WILL
CAUSE THE PROGRAM TO LOOP ON
THE CURRENT SUBTEST.

5W13

020000

INHIBIT ERROR TYPEOUTS
THIS SWITCH WHEN SET WIll
INHIBIT THE TYPING OF ERROR
MESSAGES.

SW12

010000

INHIBIT TRACE TRAP
THIS SWITCH WHEN SET WILL
INHIBIT T-BIT TRAPPING WHICH

193

194

195
196

197
19B
199

200
201

202
203
204
205
206
207

208
209

210
211
212
213
214
215

CFKTHBO PDP 11/34 MEM MGNT DIAG MACV11 30A(1052)
CFKTHB.P11
27-JUN-78 09:27
216
217
218
219
220
221
222
223
224

27-JUN-78

09:33

SEQ 0006
NORMALLy TA~ES PLACE DURING
EVERY OTHER PASS STARTING
WITH THE THIRD PASS.
511111

004000

INHIBIT SUBTEST ITERATIONS
:HIS SWITCH WHEN SET INHIBITS
ITERATIONS OF EACH SUBTEST AFTER
THE FIRST PASS. IF THIS SWITCH
IS NOT SET, EACH SUBTEST IS RUN
200. TIMES.

511110

002000

BELL ON ERROR
THIS SWITCH WHEN SET WILL RING
THE CONSOLE TERMINAL BELL WHEN
AN ERROR HAS BEEN DETECTED.

5W9

001000

LOOP ON ERROR
THIS SWITCH WHEN SET WILL
CAUSE THE PROGRAM TO LOOP ON THE
FIRST FAILURE WHICH IS ENCOUNTERED
EVEN IF THE FAILURE IS INTERMITTANT

SW8

000400

LOOP ON TEST IN SWR<7:0>
THIS SWITCH WHEN SET WILL
CAUSE THE PROGRAM TO LOOP ON THE
TEST WHOSE TEST NUMBER IS SET
IN BITS 7-0 OF THE SWITCH REG.

225

226
227
228
229
230

231
232
233

234
235

236
237

238.
239

240
241
242

243
244
245

PAGE 7

2.4

LOADING THE SWITCH REGISTER

246
247

248
249

250
251

THE HARDWARE SWITCH REGISTER PROVIDED WHEN THE OPTIONAL
PROGRAMMER'S CONSOLE IS PRESENT IS LOADED DIRECTLY FROM
THE CONSOLE KEYPAD BY DEPRESSING THE "LSR" KEY. THE
VALUE OF THE HARDWARE SWITCH REG. CAN BE CHANGED ANY
TIME WHETHER THE PROGRAM IS RUNNING OR NOT.

252

253
254
255

256
257

258
259
260
261

262
263

264
265
266

267
26B
269

270
271

TO LOAD THE SOFTWARE S~.TCH REG. WHILE THE PROGRAM IS
RUNNING, A CONTROL G (~G) SHOULD BE TYPED ON THE CONSOLE
TERMINAL. (THE "SCOPE" AND "ERROR" ROUTINES CHECK TO SEE
IF A ~G HAS BEEN TYPED.) THE ORIGINAL VALUE OF THE SOFTWARE
SWTICH REG. WILL BE REQUESTED AS MENTIONED IN SECTION 2.2.
IN RESPONSE TO A ~G OR AT THE BEGINNING OF THE PROGRAM, THE
PROGRAM WILL TYPE:
SWR = XXX XXX

NEW

WHERE ·XXXXXX" IS THE CURRENT OCTAL CONTENTS OF LOC. 176.
THE OPERATOR MAY THEN TYPE ANY ONE OF THE FOLLOWING:
XXXXXX<CR> ONE TO SIX OCTAL DIGITS FOLLOWED BY A
CARRIAGE RETURN WHICH WILL BE LOADED
AS THE NEW VALUE FOR THE SWITCH REG.
<CR>
JUST A <CR>, LEAVES THE SWITCH REG.
AS IT IS.
XXXAU
A CDNTROL-U (~U) WILL CAUSE ALL OF THE

..
~

CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(1052)
CFKTHB.P11
27-uUN-78 09:27
272
273
274
275
276
277
278
279
280

27-uUN-78

09:33

PAGE 8
SEO 0007

<ILL.CHAR>

281

DIGITS TYPED SO FAR TO BE IGNORED.
WILL CAUSE THE PROGRAM TO TYPE THE PRESENT
TEST AND PASS NUMBERS, REQUEST A NEW VALUE
FOR THE SWITCH REG., AND JUMP TO THE ENDOF-PASS ROUTINE SO THE PROGRAM WILL GO DIRECTLY
TO THE NEXT PASS WITH A NEW SW. REG. VALUE
ANY CHARACTER TYPED WHICH IS NOT ANY OF THE
ABOVE OR AN OCTAL DIGIT WILL CAUSE THE PROGRAM
TO TYPE A "?<CRLF>" AND REACT AS THOUGH A
AU HAD BEEN TYPED.

282
NOTE:

283
284

285
286
287

2.5

288
289
290

RECOGNITION OF A ~G MAy BE HAMPERED BY
EXECUTION OF A·COUPLE "RESET- INSTRUCTIONS
WITHIN THE PROGRAM.

EXECUTION TIMES
THE RUN TIME FOR A SINGLE PASS WITH NO ITERATIONS
OR TRACE TRAPPING IS APPROXIMATELY 5 SECONDS.

2~1

292

THE RUN TIME FOR A SINGLE PASS WITH ITERATIONS
AND TRACE TRAPPING ENABLED IS APPROXIMATELY 3 1/4 MINUTES.

293
294

295
296

3.0

ERROR INFORMATION

3.1

ERROR REPORTING PROCEDURES

297
298
299
300
301

IF AN ERROR IS DETECTED, THE PROGRAM WILL TRAP TO THE
ERROR HANDLING ROUTlN€ ($ERROR). THE VALUE OF BITS
15,13,10, AND 9 IN THE SWITCH REGISTER ARE CONSIDERED
IN REPORTING AN ERROR (SEE SECTION 2.3). THE
ERROR INFORMATION WILL BE TYPED UNLESS SW13 = 1.

302
303
304
305
306

307

IF SW15 = 1, THE PROCESSOR WILL HALT AFTER THE ERROR IS
REPORTED. IF THE CONTENTS OF THE SOFTWARE SWITCH REGISTER
ARE TO BE CHANGED, A ~G SHOULD BE TYPED BEFORE PRESSING
·CONTINUE- TO RESUME TESTING.

308

309
310
311
312
313

IF SW9 = 1 (LOOP ON ERROR), THE PROGRAM WILL GO TO THE
ADDRESS CONTAINED IN LOCATION "$LPERR". AFTER REPORTING
THE ERR~ri. "$LPERR" IS SET BY EACH ·SCOPE" CALL AND IS
SET DIRECTLY DURING SOME SUBTESTS TO PROVIDE THE SMALLEST
LOOP FOR LOOPING ON ERROR. IF 5',;9 = 0, THE PROGRAM WILL
RETURN TO THE INSTRUCTION FOLLOWING THE ERROR CALL.
(SEE SECTION 5.3 FOR MORE ON "LOOP ON ERROR").

314
315
316
317
318

319
320
321

322
323
324
325
326
327

3."

INTERPRETING ERROR REPORTS
EVERY ERROR REPORT TYPES THE NUMBER OF THE TEST IN WHICH
THE ERROR TOOK PLACE (TESTNO) AND THE LOCATION OF THE
ERROR CALL (ERRORPC). THESE TWO VALUES PINPOINT THE
PLACE IN THE CODE THAT THE ERROR OCCURRED. BY REFERRIUG

CFKTHBO PDP 11/34 MEM MGNT DIAG MACV11 30A(10S2)
CFKTH8.P11
27-uUN-78 09:27
328
329
330
331

27-JUN-78

09:33

PAG~

9
SEQ 0008

TO THE PROGRAM LISTING, THE OPERATOR CAN THEN READ THE
COMMENTS ASSOCIATED WITH THAT PARTICULAR ERROR AND SUBTEST.
A DESCRIPTION OF THE TEST FOuND IN THE PROGRAM LISTING
WILL ALSO PROVIDE THE OF ERA TOR WITH INFORMATION ON THE LOGIC
AND FUNCTIONS BEING TESTED.

33.2

333
334

EVERY ERROR REPORT ALSO TYPES AN ERROR MESSAGE
GIVING A VERBAL DESCRIPTION OF THE ERROR THAT HAS
BEEN DETECTED.

335

336
337

338
339
340
341
342
343
344

BY USING THE COMMENTS AND TEST DESCRIPTION FOUND IN
THE PROGRAM LISTING TO DETERMINE WHAT FUNCTION OR
LOGIC WAS BEING TESTED, T~E OPERATOR CAN THEN REFER
TO THE ENGINEERING DRAWINGS TO ISOLATE THE PROBABLE
CAUSE FOR THE FAILURE.
3.3

345

SAMPLE ERROR REPORT

346
347
348
349

BELOW IS AN EXAMPLE OF AN ERROR ~1ICH COULD HAVE
OCCURRED DURING EXECUTION OF THE PROGRAM:

350
351
352
353
354

MEM. MGIVIT. REG.
REGISTR \'ROTE
ADDRESS (OCTAL)
177572 040000

355

WE SEE THAT THE ERROR OCCURRED IN TEST 12 AT LOACTION
022060. THE "REGISTR ADDRESS" TELLS US THAT WE WERE
TESTING MEMORY MANAGEMENT'S STATUS RGISTER 0 (SRO).
IN THE LISTING. THE TEST DESCRIPTION SAYS THAT THE
ERROR BITS (BITS <15:13» OF SRO WERE BEING SET AND
CLEARED INDIVIDUALLY. THE ERROR REPORT SAYS WE TRIED
TO SET BIT 14 BY WRITING "040000" TO SRO BUT WHEN WE
READ IT BACK WE READ "060000". IT APPEARS THAT BIT 13 IS
STUCK AT "1" OR IT IS GETTING SET WHEN BIT 14 IS SET
TO "1". ERROR REPORTS BEFORE AND AFTER THIS ONE COULD
TELL US WHICH IS THE CASE.

356
357
358
359
360
361
362
363
364
365
366
3137

368
369
370

8ITS NOT SET CORRECTLY
READ
READ-(BINARY)
(OCTAL) 5432109876543210
060000 0110000C~0000000

4.0

MISCELLANEOUS INFORMATION

4.1

ACT/APT/XXDP COMPATABILITY

TESTNO
000012

ERRORPC
022060

371
372

373
374
375
376

377
378
379
380
381
382
383

THE PROGRAM IS FULLY ACT AND APT COMPATABLE
AND IS SUPPORTED UNDER THE XXDP PACKAGE.
4.2

END-OF-PASS MESSAGE
AT THE END OF EACH PASS OF THE PROGRAM THE PASS NUMBER
AND TOTAL NUMBER OF ERRORS SINCE THE LAST END-OF-PASS ARE
~EPORTED IN THE END-OF-PASS MESSAGE.
FOR EXAMPLE:
END OF PASS 62

TOTAL ERRORS SINCE LAST REPORT 0

CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(10S2)
CFKTHB.P11
27-JUN-78 09:27
384
385
386

09:33

PAGE 10
SEQ 0009

THAT WOULD INDICATE THAT PASS TWO WAS JUST COMPLETED
AND NO E~RORS WERE DETECTED DURING THAT PASS. BOTH
THE PASS NUMBER AND NUMBER OF ERRORS ARE DECIMAL NUMBERS.

387
388
389

27-JUN-78

4.3

T-BIT TRAPPING

390
391

392

THE "T-BIT" (BIT 4) IN THE PROCESSOR STATUS WORO IS SET
BY AN "RTI" IN THE END-OF-PASS ROUTINE FOR EVERY OTHER PASS
BEGINNING WITH THE THIRD PASS (PASSES 3,5,7,9 ••• ). T-BIT
TRAPPING CAN BE INHIBITED BY SETTING BIT 12 = 1 IN THE SWITCH
REGISTER (SEE SECTION 2.4).

393
394

395
396
397
398

4.4

399
400
401
402

IF A POWER FAIL OCCURS (FOLLOWED BY A POWER UP), THE
MESSAGE "POWER FAILURE~RESTARTING" IS TYPED OUT AND
THE PROGRAM WILL RESTART EXECUTION AT "START:" (THE
VERY BEGINNING OF THE PROGRAM. IF THE SOFTWARE
SWITCH REGISTER IS BEING USED, ITS CONTENTS WILL BE
RESTORED. IF THERE IS A HARDWARE SWITCH REGISTER,
THERE IS NO WAY TO RESTORE THE VALUE OF THE SWITCH
REGISTER SO THE OPERATOR MUST RELOAD IT FROM THE CONSOLE.

403
404

405
406
407
408
409

410
411
412
413
414

415
416
417

POWER FAILURE HANDLING

4.5

PHYSICAL BUS ADDRESS CONSTRUCTION
BELOW IS A SIMPLIFIED DIAGRAM OF HOW THE MEMORY
MAMAGEMENT LOGIC CONSTRUCTS A PHYSICAL BUS ADDRESS
USING THE VIRTUAL ADDRESS AND THE PAGE ADDRESS REGISTER.
THE PAGE DESCRIPTOR REGISTER SELECTED WILL CONTAIN THE
PAGE EXPANSION, LENGTH, AND ACCESS INFORMATION.

418
12 11 10 09 OS 07 06 05 04 03 02 01 00

419

420
421

11 10 09 OS 07 06 05 04 03 02 01 00

427
428
429
430

-----------------------------------/ 0 0 0 1 0
0 0 0 0 0 1/

I
I

-----------------------------------I
I

I
I
I

431
433
434

435
436
437
438

439

YBA.

426

432

(ADDED TO)

424

425

1/ 1

/ 0

422
423

PAR ••

V
V
17 16 15 14 13 12 11 10 09 08 07 06 05 04 03 02 01 00

/00

000

0/ PBA

.=
VBA BITS <15:13> SELECT THE APPROPRIATE PAR AND PDR
••• PSW MODE BIT 01 (BIT 15) SELECTS THE USER (=1) OR

CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(10S2)
CFKTHB.Pl1
27-uUN-78 09:27
440
441
442

27-JUN-78

09:33

PAGE 11
SEQ 0010

KERNEL

(=0)

SET OF PAR'S/PDR'S

5.0

PROGRAM DESCRIPTION

5.1

SUBROUTINES USED BY THIS PROGRAM

443
444

445
446
447
448
449

FOLLOWING IS A LIST OF THE SUBROUTINES AND HANDLERS USED
BY THIS PROGRAM THAT ARE NOT PROVIDED BY THE "SYSMAC
PACKAGE". DETAILS OF THE SUBROU1INES UNIQUE TO THIS
PROGRAM MAY 8E FOUND IN THE PROGRAM LISTING. REFER TO
THE ·SYSMAC· DOCUMENT AND PROGRAM LISTING FOR THE OTHER
ROUTINES.

450
451
452
453

454
1.
2.
3.
4.
5.

455

456
457
458
459
460
461
462
463
464
465
466
467

5.2

TURN OFF T-BIT AND SAVE CURRENT PSW
TURN ON T-BIT AND RESTORE PREVIOUS PSW
SET ALL WRIT~ABLE BITS IN ALL PAR/PDR'S
READ AND COMPARE KERNEL AND USER PAR/PDR'S
CONVERT VIRTUAL ADDRESS TO PHYSICAL ADDRESS

PROGRAM LISTING
A TABLE OF CONTENTS APPEARS AT THE BEGINNING OF THE LISTING
WHICH CONTAINS THE NAMES OF EACH SECTION, SUBTEST, AND
ROUTINE AND THE LINE NUMBERS CORRESPONDING TO THE START OF
EACH.

46B
469
470
471
472
473

474
475
476
477
478
479
480
481
482
483
484
485

FOLLOWING THIS SECTION OF DOCUMENTATION IS THE ACTUAL
PROGRAM LISTING COMPLETE WITH SUBTEST DESCRIPTIONS AND
"CODING COMMENTS".
5.3

USING THE PROGRAM TO DIAGNOSE A FAULT
WHEN AN ERROR OCCURS, ONE OF THE THINGS THAT'S IMPORTANT
TO NOTE IS WHAT PASS THE ERROR OCCURRED ON. IF THE PASS
NUMBER IS ODD AND IS THREE OR GREATER, THE ERROR MIGHT BE
T-BIT SENSITIVE. TRY RUNNING THE PROGRAM AGAIN WITH BIT
12 OF THE SWITCH REG. EQUAL TO "1" TO INHIBIT T-BIT
TRAPPING. IF THE PASS NUMBER IS GREATER THAN ONE, TH~
ERROR MAY BE ITERATION SENSITIVE. TRY RUNNING THE PROGRAM
AGAIN Wl,H BIT 11 OF THE SWITCH REG. EQUAL TO ·1" TO INHIBIT
ITERATIONS. THESE HINTS SHOULD HELP YOU DETERMINE WHAT MAKES
THE MACHINE FAIL AND WHEN.

486
487
488
489
490
491

492
493
494
495

IF YOU HAVE BEEN RUNNING WITH BIT 15 OF THE SWITCH
REG. EQUAL TO "0·, THEN YOU ARE ABLE TO LOOK AT ALL
THE ERRORS THAT MAY BE RELATED TO THE FAULT YOU ARE
DIAGNOSING. A FAULT IN AN EARLIER TEST MAY RESULT IN
ERRORS DURING LATER TESTS WHICH MAY GIVE YOU MORE
CLUES ABOUT THE NATURE OF THE FAULT. NOW USE THE METHOD
OUTLINED IN SECTION 3.2 FOR EACH ERROR TO GATHER AS
MUCH INFORMATION AS POSSIBLE.
i@'

CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(1052)
CFKTHB.P11
27-JUN-78 09:27

514

09:33

PAG7 12
SEQ 0011

NOW TO TEST YOUR IDEAS ON THE CAUSE OF THE FAILURE,
YOU MAY WANT TO SCOPE THIS ERROR CONDITION.
SET BIT 09
OF THE SWITCH REG. EQUAL TO "1" TO LOOP ON THE ERROR.
FOR AN EVEN TIGHTER SCOPE LOOP THE ERROR CALL CAN BE
REPLACED WITH A BRANCH (REFER TO COMMENTS BY ERROR CALLS
IN THE PROGRAM LISTING).

496
497
49B
499
500
501
502
503
504
505
506
507
50B
509
510
511
512
513

27-JUN-7B

OR YOU COULD LOOP ON THE TEST BY EITHER SETTING BIT 14
OF THE SWITCH REG. EQUAL TO "1" OF BY SETTING BIT OB OF THE
SWITCH REG. EQUAL TO "1" AND THEN SETTING THE TEST NUMBER
IN BITS 07-00 OF THE SWITCH REG.
YOU WILL PROBABLY WANT TO
INHIBIT ERROR TYPEOUTS BY SETTING BIT 13 OF THE SWITCH REG.
EQUAL TO .,".

27-~UN-7a

CFKTHBO PDP 11/34 MEM MONT DIAG MACYlt aDA( 1052)
CFKTH8. PI 1
27-JUN-78 09: 27
515
516
517

• TITLE

..
....
...
...

5=,0

;

.SBTTl

OPERATIONAL SWITCH SETTINGS

;
;

SWITCH

;

;
;
;
;
;

;
;
;

• SBTTL

001100

000011
000012
000015
000200
177776
177774
177772
177570
177570
000000
000001
000002
000003
000004
000005
000006
000007
000005
000007
000000
000040
000'00
000140
000200
000240

000300
000340
1 00000
040000
020000
010000
004000
002000
001000
00 0400
000200
000100
000040
000020
000010
000004
000002
000001

591
592
593
594
595
596
597

598
599
600
601
602
603
604
60S
605
607
606
609
610
611
612
613
614
615
616
617
618
619
620
621
622
623
624
625
626

SEQ 0012

CFKTHBO PDP 11/34 MEM MGNT DIAG

15
14
13
12
11
10
9

100000
040uOO
020000
010000
004000
002000
001000
001)400
000200
000100
000040
000020
000010
000004
000002
000001

USE

---... --------------HAL T ON ERROR

lOOP ON
INHI ~IT
INHI8IT
INHIBIT
BEllON
lOOP ON
lOOP ON
8
BASIC DEFINITIONS

TEST
ERROR TYPEOUTS
TRACE TRAP
ITERATIONS
ERROR
ERROR
TEST IN SWR<7: 0>

;_INITIAl ADDRESS OF THE STACK POINTER ••• 1100 •••
STACK1100
.EQUIV EMT,ERROR
;:BASIC DEFINITION OF ERROR CAll
.EQUIV
lOT ,SCOPE
: :BASIC DEFINITION OF SCOPE CAll
: .MI SCELlANEOUS DEFINITIONS
::CODE FOR HORIZONTAL TAB
HT·
11
: :CODE FOR LINE FEED
LF=
12
: ;CDDE FOR CARRIAGE RETURN
CR.
15
: :CDDE FOR CARRIAGE RETURN-LINE FEED
CRLF=
200
: :PRDCESSOR STATUS WORD
PS.
177776
.EQUIV PS,PSW
: ;STACK LIMIT REGISTER
STKlMT. 177774
: : PROGRAM INTERRUPT REQUEST REGISTER
PIRQ=
177772
: :HARDWARE SWITCH REGISTER
DSWR.
177570
: :HARDWARE DISPLAY REGISTER
DDISP.
177570
PURPOSE REGISTER DEFi>HTIONS
: :GENERAl REGISTER
i ;GENERAL RE(.lSTER
: :GENERAl REGISTER
%2
: :GENERAl REGISTER
%3
: :GENERAL REGISTER
%4
: :GENERAl REGISTER
%5
: :GENERAL REGISTER
%6
: :GENERAl REGISTER
: :STACK POINTER
%6
: : PROGRAM COUNTER
,,7

: 'GENERA l
ROR1=

R2'
R3.
R4.
R5=
R6.
R7=
SP.
PC'

"0
%1

j "PRIORITY lEVel DEFINITIONS
:: PRIORITY lEVEL 0
PRO=
0
:; PRIORI TY lEVel 1
40
PR1 =

PR2PR3·
PR4s
PRS-

100
140
200
240

CFKTH~O PDP 11/34 MEM MGNT DIAG MACY1! 30A(1052)
27-JUN-7S
CFKTHB. Pll
27-JUN-78 09: 27
BASIC DEFINITIONS

571
572
573
574
575
576
577
578
579
580
581
582
583
584
585
586
587
588
589

PAGE 13

;:THIS PROGRAM ".S ASSEM8LED USING THE POP-II MAINDEC SYSMAC
; .PACKAGE (MA INDEC-1t -DZQAC-C3), ~AN 19, 1977.

518

519
520
521
522
523
!324
525
526
527
528
529
530
531
532
533
534
535
536
537
538
539
540
541
542
543
544
545
546
547
548
549
550
551
552
553
554
555
556
557
558
559
560
561
562
563
564
565
566
567
568
569
570

09:33

PR6PR7=

300
340

: ;PRIORITY lEVEL 2
: : PRIORITY lEVEL 3
; ;PRIORITY lEVEL 4
; ;PRIORITY LEVEL 5

09:33

PAGE 14
SEQ 0013

: :PRIORITY lEVEL 6
: : PRIORITY lEVel 7

;'''SWITCH REGISTER' SWITCH DEFINITIONS
SWI5.
100000
5W14=
40000
SWI3.
20000
SW12=
10000
SWll.
4000
SW10=
2000
1000
SW09'
SW08·
400
200
SW07·
swaB=
100
5WC5=
40
5\1104=
20
swa::J=
10
4
SW02'
5WOl =
2
5WOO·
1
.EQUIV SW09,5W9
.EQUIV SWOB,5W8
.EQUIV 510107,51017
.EQUIV 5W06,5W6
.EQUIV SWOS , SW5
• EQUIV 5W04,SW4
.EQUIV S\II03 , SW3
.EQUIV SW02,SW2
.EQUIV 5W01,SW1
.EQUIV swoo 1 5WO
j"'OATA BIT DEFINITIONS (SITOO TO BIT1S)
BIT 15100000
BIT14_
40000
BIT13=
20000
10000
BIT 12BIT 11 = 4000
Bt T 1C=
2000
BIT09=
1000
BIT08:
400
Bl T07200
BITOS100
BIT05=
40
B!T04=
20
BIT03°c
10
BIT02- 4
BIT012
BI TOO_
l
. EDUIV BIT09. BIT9
.E~JIV
BIT08.BITS
.EQUIV BIT07, BI T7
.EQUIV BiT06, BIT6
.EQUIV BIT05, BITS
.EQUIV BIT04, BIT4
.EQUIV BIT03,BlT3
.EQUIV BITOl,BITl!

CFKTHBO PDP 11/34 MEM MGNT DIAG MIICY11 30A( 1052)
27-JUN-78
CFKTHB. Pl1
27-JUN-78 09'27
BASIC DEFINITIONS
[;27
628
629
630
631
632
633
634
635
636
G37
63B
639
640
641
642
643
644
645
646
G47
648
649
650
651
652
653
654
655
656
657
G5B
659
660
661
662
663
664
665
666
667
668
669
670
671
672
673
674
675
676
677
678
679
680
681
6B2

.EOUIV
.EOUIV

09:33

PAG~

16
SEQ 0014

BIT01, Bill
BITOO,BlTO

000004
000010
000014
000014
000014
000020
000024
000030
0000"34
000'60
000064
000240

; .BASIC "CPU" TRAP VECTOR ADDRESSES
ERRVEC· 4
; : TIME OUT AND OTHER ERRORS
RESVEC. 10
;; RESERVED AND I LLEGAL INSTRUCTIONS
TBITVEC.14
; i II Ttl BIT
TRTVEC- 14
; ; TRACE TRAP
BPTVEC. 14
;:BREAKPOINT TRAP (SPT)
10TVEC- 20
;: INPUT /OUTPUT TRAP (lOT) .·SCOPE ••
PWRVEC- 24
;:POIrlER FAIL
EMTVEC- 3D
;:EMULATOR TRAP (EMT) •• ERROA ••
TRAPVEC=34
;; -tRAP" TRAP
TKVEC· 60
;:TTY KEYBOARD VECTOR
TPVEC. 64
;;TTY PRINTER VECTOR
PIROVEC'240
;; PROGRAM INTERRUPT REQUEST VECTOR
,SBTTL MEMORY MANAGEMENT DEFINITIONS

000250

MMVEC.

; *KT11 VECTOR ADDRESS
250

i"'KT11 STATUS REGISTER ADDRESSES
177572
177574
'77576
172516

SROSRISR2SR3=

177600
177602
177604
177606
177610
177612
177614
177616

UIPDRO= 117600
UIPDRt == 177602
UIPDR2· 177604
UIPDR3- 177606
UIPDR4· 177610
UIPDR5- 177612
UI PDR6- 177614
UI PDR7- 177616

177640
177642
177644
177646
177650
177652
177654
177656

UIPARO·
UIPAR1.
UIPAR2UIPAR3·
UIPAR4·
UIPAR5=
UIPAR6-

172300
,72302
172304

KIPDRO. 172300
KIPDRI' 172302
KIPDR2. 172304

:·~·)ER

177572
177574
177576
172516
"I' PAGE DESCRIPTOR REGISTERS

; .USER .. I" PAGE ADDRESS REGISTERS
177640
177642
177644
177646
177650
177652
177654
UIPAR7- 177656
;.KERNEL "ilt PAGE DESCRIPTOR REGISTERS

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYI1 30A(1052)
27-~UN-7B
09;33 PAGE 18
CFKTHB. Pl1
27-~UN-78 09: 27
MEMORY MANAGEMENT DEFINITIONS
G83
6B4
685
686
687
688
689
690
691
692
693
694
G95
696
697
698
699
700
701

172306
172310
172312
172314
172316

KI PDRa"
KIPDR4KIPDR5=
KIPDR6=
KIPDR7.

172340
172342
172344
172346
172350
172352
172354
172356

KI P,'ROKIPARI.
KIPAR2=
KIPAR3.
KI PAR4.
KIPAR5.
KIPAR6KIPAA7.

: <KERNEL "I' PAGE ADDRESS REGISTERS

703
704
70S
706
707
708
709
710
711
712
713
714
715
716

172340
172342
172344
172346
172350
172352
172354
172356
.EOUIV
,EQUIV
.EQUIV
.EQUIV
KERSTKUSESTK.

70~

001100
000700

SP,KSP
SP,USP
BIT4,TBIT
BITS,WBIT
STACK
STACK-200

; .ADDITIDNAL DEFINITIONS

,SBTTL
000000

718
719
720

000174
000176

000174
000000
000000

000200

000137

'''7

722
723
724
725
726
727
728
729
730
731
732
733
734
735
736
737
73B

172306
172310
172312
172314
172316

020000

.=0
;>ALL UNUSED LOCATIONS FADM 4 - 776 CONTAIN A '.+2,HALT'
:-SEQUENCE TO CATCH ILLEGAL TRAPS AND INTERRUPTS
;*LOCATION 0 CONTAINS 0 TO CATCH IMPRoPERLY LOADED VECTORS
,-174
DISPREG' • WORD 0
; : SOFTWARE DISPLAY REGISTER
SWREG'
.WORD 0
; ; SOFTWARE SWITCH REGISTER"
,5BTTL STARTING ADDRESS(ES)
JMP
.'START ;;JUMP TO STARTING ADDRESS OF PROGRAM
.SBTTL ACT11 HOOKS

000046
000052

000204
000046
034760
000052
000000
000204

TRAP CATCHER

...............................................................

;HODKS REQUIRED BY ACT11
SSVPC-.
.=46
SENDAD
,=52
,WORD
0
•• SSVPC
.SBTTL APT PARAMETER BLOCK

; SAVE PC
;; 1)5ET LOC.46 TO ADDRESS OF SENOAD IN .SEOP
; ;2)5ET LOC.52 TO ZERO
:: RESTORE PC

; ••••••••••• * ••••• " •••••••••••••••••••• "' ........................ .
000204
000024

...............................................................

SET LOCATIONS 24 AND 44 AS REQUIRED FOR APT
;
,SX-,
;;SAVE CURRENT LOCATION
•• 24
; ;SET POWER FAIL TO POINT TO START OF PROGRAM

SEQ 0015

CFKTHBO PDP 11/34 MEM MGNT DIAG MACVlI 30A(1052)
27-JUN-7B
CFKTHB. Pl1
27-JU~-78 09:27
APT PARAMETER BLOCK
739
740
741
742
743
744
745
746
747
748
749
750
751
7S2
753

000024
000044

000204
000204
000206
000210
000212
000214
000216

772
773
774
775
776
777
778
779
780
781
782
783
7B4
785
786
787
788
789
790
791
792
793
794
795
796
797
798
799
BOO
BOI
802
803
804
80S

B06
B07
BOB
809

PAGE 17

$APTHD:
SHIBTS:
$MBADR:
STSTM:
SPASTM:
$UNITM:

000000
001226
000010
000020
000005
000052

.SBTTL

• WORO
.WORO
.WORD
.WORO
• WORD
.WORD

; ;TWO HIGH BITS OF lB BIT MAILBOX ADDR •
SMAIL
; ;ADDRESS OF APT MAILBOX (BITS 0-15)
10
; ;RUN TIM OF LONGEST TEST
20
; ;RUN TIME IN SECS. OF 1ST PASS ON 1 UNIT (QUICK VERIFY)
5
; ;ADDITIDNAL RUN TIME (SECS) OF A PASS FOR EACH AODntONAL UNIT
UTEND-SMAll/2 ;; LENGTH MAl LBOX-ETABLE(WORDS)

09:33

PAG~ 18

COMMON TAGS

; i .................................................................
;_THIS TABLE CONTAINS VARIOUS COMMON STORAGE LOCATIONS
; 'USED IN THE PROGRAM.
• =11 00

0011 00
001100
001100
001102
0011 03
001104
0011 06
001110
001112

001152
001154
001155
001156
001157
001160

.WORD
$TSTNM: .BYTE
SERFLG: .BVTE
SICNT:
.WORD
$LPADR: .WDRD
$LPERR: .WORD
$ERTTL: .WORD
SITEM8: .BYTE
$ERMAX: • BYTE
SERRPC: .WORD
SGDADR: .WORO
SBDADR: .WORD
$GDDAT: .WORD
SBDDAT: .WORD
.WORD
.WORD
SAUTOB: .BYTE
SINTAG: .BYTE
.WORD
Slr/R:
.WORD
DISPLAV: .WORD
ST: J,;
177560
177562
STKB:
STPS:
177564
STPB:
177566
SNULL:
• BYTE
SFILLS: • BYTE
SFILLC: .BYTE
STPFLG: .8YTE
SREGAD: .WORD

001162
001164
001166
001170
001172
001174
001176
001200
001202
001204
001206
001210
001212
001214
001216
001222
001223

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
OOCOOO
000000
000000
177607
077
015

SREGO:
.WORD
.WORD
$REGI :
.WORD
SREG2 :
SREG3:
.WORD
$REG4 :
.WORD
.WORD
SREGr:
STMPO:
.WORD
'STMPI :
.WORD
.WORD
STMP2:
STMP3:
.WORD
$TMP4 :
.WORD
.WORD
STMP5:
STIMES: 0
SESCAPE:O
.AseiZ
$BELL:
.ASCII
SOUES:
.ASCII
SCRLF:

001115
001116
001120
001122
001124
001126
001130
001132
001134
001135
001136
001140
001142
001144

001146
001150

; ; START OF COMMON TAGS

SCMTAG:
000000
000
000
000000
000000
000 ,,)0
000000
000
001
000000
000000
000000
000000
000000
000000
000000
000
000
000000
177570
177570
177560
177562
177564
177566
000
002
012
000
000000

001114

SEC 001.

200
; ;FOR APT START UP
.'44
; ;POINT TO APT INDIRECT ADDRESS PNTR.
$APTHDR ;; POINT TO APT HEADER BLOCK
. ' . $X
;; RESET LOCATION COUNTER
; i ................................................................. .
;SETUP APT PARAMETER BLOCK AS DEFINED IN THE APT-PDP11 DIAGNOSTIC
; INTERFACE SPEC.

000200
000044
000204
000204

27-JUN-7B
CFKTHBO PDP 11/34 MEM MGNT DUG MACV11 30A( 1052)
CFKTHB.Pll
27-JUN-7B 09:27
COMMON TAGS
754
755
756
757
758
759
760
761
762
763
764
765
766
767
76B
769
770
771

09:33

000377

0
0
0
0
0

a
0
0
1
0
0
0
0
0
0

'J
0
0
0
DSWR
ODISP

0
2
12
0
0
0
0
0
0
0
0
0
0
0
0
0
0
<207><377><377>

11/

<15>

; jCONTAINS THE TEST NUMBER
; ;CONTAINS ERROR FLAG
; ;CONTAINS SUBTEST ITERATION COUNT
; ;CONTAINS SCOPE LOOP ADDRESS
; ;CONTAINS SCOPE RETURN FOR ERRORS
;;CONTAINS TOTAL ERRORS DETECTED
; ;CONTAINS ITEM CONTROL BYTE
; ;CONTAINS MAX. ERRORS PER TEST
; ;CONTAINS PC OF LAST ERROR INSTRUCTION
; ;CONTAINS ADDRESS OF 'GOOD-' OATA
; ;CONTAINS ADDRESS OF 'BAD' DATA

; ;CONTAINS I CODD' DATA
; ;CONTAINS ' BAD' DATA
; ; RESERVED--NOT TO BE USED
; ;AUTOMATIC MODE INDICATOR
;; INTERP:'PT MODE INDICATOR
ADDRESS OF SWITCH REGISTER
ADDRESS OF DISPLAY REGISTER
TTY K8D STATUS
TTY KBD BUFFER
TTY PRINTER STATUS REG. ADDRESS
TTY PRINTER BUFFER REG. ADDRESS
CONTAINS NULL CHARACTER FOR FILLS
CONTAINS N OF FILLER CHARACTERS REQUIRED
INSERT FILL CHARS. AFTER A 'LINE FEED'
'TERMINAL AVAILABLE' FLAG (BlT<07>.0'YES)
CaNT A I NS THE ADDRESS FROM
(SREGO) WAS OBTAINED
WHICH
CONTAINS ((SREGAD)+O)
CONTAINS ((SREGAD)+2)
CONTAINS ((SREGAD)+4)
CONTAINS ((SREGAD)+6)
CONTAINS ((SREGAD)+10)
CONTAINS ((SREGAD)+12)
USER DEFINED
USER DEFINED
USER DEFINED
USER DEFINED
USER DEFINED
USER DEFINED
MAX. NUMBER OF ITERATIONS
ESCAPE ON ERROR ADDRESS
CODE FOR BELL
QUESTION MARK
CARRIAGE RETURN

SEQ 0017

C"OH80 PDP 11/34 MEM MGNT DIAG MACY l ' 30A ( 1052)
27-JUN-78
CFKTHB.Pl1
27-JUN-7B 09:27
COMMON TAGS
HID
011
812
B13
814
815
816
a,7
BIB
H19
820
821
822
823
824
825
B26
027
828
a29
830
831
B32
83;j
834
B35
B36
B37
B3a
839
940
941
B42
B43
844
845
046
847
84B

001224

000012

00'226
00'226
00'230
001232
001234
00'236
001240
001242
001244
001246
001246
001247
001250
001252
001254

001256

ooooeo
000000
000000
000000
000000
000000
000000
000000
000
000
000000
000000
000000

000
000

00' 260

000000

850
851
852
B53
B54
B55
B56
857

00' 262
00' 263
00'264
001266
001267
001270
001272
001273
001274
001276
001300
001302
001304

85B

001306

B59
B60
SSI
B62
B63
B64
B65

001310
001312
001314
001316
001320
001322
001324

000
000
000000
000
000
000000
000
000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000':'00

000000
000000
000000

001326
001330
001332
001334
001336
001340
001342
001344
001346
001350

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

APT MAILROK-ETA8LE

';; .....................'''1' ••••••••••• ** •••••• * ••••••••••••••••••••••••
• EVEN
;;APT MAILBOX
SMAI L:
; ;MESSAGE TYPE CODE
SMSGTY: • WORD
AMSGTY
AFATAL
;; FATAL ERROR NUMBER
SFATAL: .WORD
ATESTN
; ; TEST NUMBER
STbTN: .WORD
; ; PASS COUNT
APASS
SPASS:
• WORD
; ;DEVICE COUNT
AOEVCT
SDEVCT: .WORD
$UNIT:
.WORD
AUNIT
;: I/a UNIT NUMBER
; ;MESSAGE ADDRESS
SMSGAD: • WORD
AMSGAD
; ;MESSAGE LENGTH
$MSGLG: .WORD
AMSGLG
; ; APT ENV I RONMENT TABLE
$ETABLE:
;:ENVIRONMENT BYTE
SENV:
• BYTE
AENV
;:ENVIRONMENT MODE BITS
SENVM:
• BYTE
AENVM
; ;APT SWITCH REGISTER
SSWREG: .WORO
ASWREG
; ;USER SWITCHES
$U!}WR:
• WORD
AUSWR
; ;CPU TYPE.OPTIONS
SCPUOP: .WORD
ACPUOP
;
BITS IS-II-CPU TYPE
11/04.0 I • 1 I /05=02 .11 /20.03 ,11/40-04.11/411005
;
;
11/70=06. PDQ=07 • 0=1 0
;
BIT 10-REAl TIME CLOCK
;
BIT
9.FlOATING POINT PROCESSOR
BIT
B-MEMORY MANAGEMENT
;
$MAMSI: .BYTE
AMAMSI
;;HIGH ADDRESS.M.S. BYTE
;;MEM. TYPE,BLKH1
AMTYPI
SMTYPI: • BYTE
MEM.TYPE BYTE
(HIGH BYTE)
;.
;
900 NSEC CORE=OOI
300 NSEC BIPOLAR.002
;
;
500 NSEC MOS=003
AMADRI
$MADR1: • WORD
; ;HIGH ADDRESS.BlK'1
MEM.LAST ADDR.=3 BYTES.THIS WORD AND LOW OF 'TYPE' ABOVE
;
AMAMS2
; ;HIGH ADDRESS.M.S. BYTE
SMAMS2
.BYTE
$MT ;P2
• BYTE
AMTYP2
i ;MEM. TYPE. BLKH2
AMADR2
;;MEM.lAST ADDRESS.BLKN2
SMAOR2
.WORO
.BYTE
AMAMS3
;:HIGH ADDRESS.M.S.BYTE
5MAMS3
.BYTE
$MTYP3
AMTYP3
; ;MEM. TYPE. BlK"')
; ;MEM.LAST ADDRESS.BLK'3
$MADR3
.WORO
AMAOR3
AMAMS4
;:HIGH ADDRESS.M.S.BYTE
.BYTE
SMAMS4
AMTYP4
; ;MEM. TYPE. BLKN4
$MTYP4
.BYTE
AMADR4
;:MEM.LAST ADDRESS.BLK'4
SMADR4
.WORD
;; INTERRUPT VECTOR. 1 • BUS PRIDRITYNI
.WORD
AVECTI
SVECTI
;; INTERRUPT VECTOR.2BUS PRIORITYN2
AVECT2
$VECT2
.WORD
; ; BASE ADDRESS OF EQU I PMENT UNDER TEST
ABASE
.WORO
SBASE:
; :DEVICE MAP
SDEVM:
.WORO
ADEVM
; ;CONTROLlER DESCRIPTION WORONI
ACOWI
SCOWl:
.WORO
; ;CONTROLlER DESCRIPTION WORDN<
$CDW2 :
.WORD
ACDW2
; ;DEVICE DESCRIPTOR WORONO
.WORD
SODWO:
AODWO
; ;DEVICE DESCRIPTOR WORD.l
ADDWI
SDDWI:
.WORO
AOOW2
; ;OEVICE DESCRIPTOR WORO'2
$DDW2 :
.WORD
; ;DEVICE DESCRIPTOR WORDN3
.WORD
AOOW3
SDDW3:
; ;DEVICE DESCRIPTOR WORDN4
5DOW4:
.WORO
ADOW4
; ;DEVICE DESCRIPTOR WORDN5
SOOW5:
ADOW5
.WORD

...
...

....

0~1364

001366
001370
001372
001374
001376
001400
001402
001404
001406
001410

5001116:
SODW7 :
SDDW8:
$DDW9:
SDOWIO:
SDDWI I:
SDDW12 :
SDDWI3:
$DDWI4:
SDOWI5:

.WORO
.WORD
.WORD
.WORD
.WORO
.WORO
.WORO
.WORO
.WORO
.WORD

09;33

ADOW6
AODW7
AODW8
ADDIII9
ADOWI Q
ADOWI I
ADOWI2
ADOW13
AOOW14
ADOII/15

PAGE 20

SEQ 0019

;;DEVICE DESCRIPTOR WORON6
; ;DEVICE DESCRI PTOR
;;DEVICE DESCRIPTOR
;;DEVICE DESCR I PTOR
; ;DEVICE DESCRI PTOR
; ;DEVICE DESCRI PTOR
;;DEVICE DESCRI PTOR
;:OEVICE DESCRI PTOR
;;DEVICE OESCRI PTOR
:;DEVICE DESCRIPTOR

WQRON?
WORON8
IIIORON9
WORONIO
WORD" 1
WORONI2
WORDN13
WORO.14
WORD'15

SETENO:

001352

001352
001354
001356
001360
001362

SEQ 0018
; ; LINE FEED

<12>

27-JUN-78
CFKTHBO PDP 11/34 MEM MGNT OIAG MACY" 30A(1052)
APT MA I LBOX-ET ABLE
27-JUN-78 09:27
CFKTHB.Pll
R6G
B67
B6B
B69
B7Q
B71
872
B73
B74
875
B76
B77
878
B79
BBO
BBI
8B2
883
B84
885
B86
OB7
B8B
8B9
890
891
B92
893
B94
895
896

PAGE 19

; ;*.*, •• "' ••••••• * •••••••••••• * •• * •• **"'.* .......... ~"' •••••......... ,.1111 • •
• SBTTL

0~1257

B4~

• ASCIZ

09: 33

000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000

TESTNO:
WASR6:
TRAPPC
TRAPPS
CORSRO
CORSR2
WASSRO
WASSR2
TBITPS
ANOADR
ORA DR :
TONUM:
VIRTI :
VIRT2:
PBALO;
PBAHI:

.WORD
.WORD
.WORD
.WORD
.WORD
.WORD
.WORO
.WORD
.WORO
.WORO
.WORD
.WORO
.WORO
.WORD
.WORD
.WORD

0
0

a
a
0

0
0
0
0
0
0
0
0
0

0
0

;HOLDS TEST NUMBER FOR TYPEOUTS
; USED TO STORE THE STACK POINTER AFTER A TRAP
; USED TO STORE THE PC OF A TRAP OR A80RT
;USED TO STORE THE PS OF A TRAP OR ABORT
;+USED TO STOR:: THE COPRF'CT SRO
;+USED TO STORE THE CORRECT SR2
;USED TO STORE CONTENTS OF SRO
;USED TO STORE CONTENTS OR SR2
; SAVES THE PSW THAT MAY HAVE ITS T-BIT ON
;HOLDS RESULT OF ADDRESSES 8EING AND-ED
;HOlOS RESULT OF ADDRESSES BEHIG OR-EO
;HOLOS NUMBER OF TIME-OUTS
;HOLOS VIRTUAL ADDRESS TO BE CONVERTED

;HOLDS BITS <15:00> OF PHYSICAL ADDRESS
;HOLOS BITS <17:16> OF PHYSICAL ADDRESS

CFKTHBO PDP 11/34 MEM MGNT OIAG MACYII 30A( '052)
27-~UN-78
CFKTHB. Pl1
27-~UN-78 09:27
ERROR POINTER TABLE
897
A98
899
900
901
902
903
904
905
906
907
908
909
910
911
912
913
314
915
916
~17

918
'319
920
921
922
923
924
925

926
927
928
929
930
931
932
933
934
935
936

.S9TTL

EM
DH
DT
Of

POINTS
POINTS
POINTS
POINTS

TO
TO
TO
TO

THE
THE
THE
THE

ERROR MESSAGE
DATA HEADER
OATA
OATA FORMAT

SERRTB:

001412

;.ITEM 1
001412
001414
001416
001420

EMI
OHI
DTI
Dr-I

;0,0.0,0,0

EM2
OH2
OT2
DF2

; UNEXPECTED MEM. MGMT. TRAP TO LOC. 250
,OLD PC
OLD PSW R6 WAS
SRO
SR2
TESTNO
ERRORPC
,TRAPPC, TRAPPS, WASR6, WASSRO, WASSR2. TESTNO. SERRPC.
,0,0,0,0,0,0,0

EM3
OH3
DT3
DF3

,PRIORITY BITS SET WRONG IN PSW
,WROTE
READ
TESTNO
ERRORPC
;$REGO,SREG1, TESTNO,SERRPC,O
;0,0,0,0

EM4
DH3
DT3
OF3

;MODE BITS SET WRONG IN PSW
; WROTE
READ
TESTNO
ERRORPC
,SREGO, SREGI , TESTNO, SERRPC. 0
,0,0,0,0

EM5
DH3
DT3
Of3

; DUAL ADDRESSING BETWEEN HI&LO BYTES OF PSW
; WROTE
READ
TESTNO
ERRORPC
;$REGO,$REG1, TESTNO,$ERRPC,O
,0,0,0,0

EM6
DH3
DT3
Df3

,KERNEL R6 CHANGED BY WRITING USER RS
,WROTE
READ
TESTNO ERRORPC
,SREGO, SREGI , TESTNO, SERRPe, 0
,0,0.0,0

EM7
DH7
OT7

; A MEMORY MGMT. REG, TIMED OUT
,ADDRESS TESTNO ERRORPC
;$REGO, TESTNO,SERRPC.O

041616
045620
051220
O~~11:.t

,UNEXPECTED CPU TRAP TO LOC. 004
,OLD PC OLD PSW R6 WAS
TESTNO
ERRORPC
,TRAPPC, TRAPPS, WASR6, TESTNO, $ERPPC, 0

;*lTEM 2
001422
00142tJ.
0:>1426
001430

051234
052117

041056

001432
00143_
001436
001440

041725
045760
051254
052126

001442
001444
001446
001450

041764
045760
051254
052126

001452
001454
001456
001460

042017
045760
051254
052126

00'462
00' 464
00' 466
00'470

042072
045760
051254
052126

001472
001474
001476

042137
046020
051266

0456iO

; *1 TEM 3

;.ITEM 4

;.ITEM 5

;-ITEM 6

;>ITEM 7

OF7

001500

052132

001502
00' 504

042'75
046050

I_ITEM 10
EM10
OHIO

001506
001510

051276
052135

OT10
DF10

0015'2
001514

042241
046150

; .11 EM 11
EMl1
OH11

001516
001520

051312
052142

DTl1
DFl1

001522
001524

042301
046270

EM12
DH12

001526
001530

051326
052'47

DT12
OF12

001532
00'534
001536
001540

042350
046430
05'344
052155

EM13
DH13
DT13
DF13

001542
001544
001546
001550

042405
046430
051344
052155

I>ITEM 14
EM14
OH13
DT13
DF13

001552
001554

042440
046270

;_ITEM 15
EM15
DH12

992

001556

993
994
995
996
997
998
999
1000
1001
1002
1003
'004
1005
1006
1007
,008

001560

051326
052147

DT12
DF12

00'562
001564

042514
046460

EM16
OH16

00' 566
001570

051354
052160

OT16
DF16

001572
001574

042556
046560

;>ITEM 17
EM17
OH17

001576
001600

051372
052166

OT17
Of17

09.33

PAGE 22

SEQ 0021

,0,0,0

SUMMARY Of MEM. MGMT. REG. T IMEOUTS
REGISTER-ADDRS NUM. OF
TIMOUTS TESTNO ERRORPC
AND-ED OR-ED
ANDADR, ORADR, TONUM, TESTNO, SERRPC, 0
0,0,1,0,0

MEM. MGMT, REG. WOULD NOT CLEAR
READ- ( B I NARY)
REG I STR READ
TESTNO
ADDRESS (OCTAL) 5432109976543210
SREGO, SREGI ,SREGI , TESTNO, SERRPC, 0
0,0,2,0,0

ERRORPC

;*lTEM 12

972
973
974
975
976
977
97B
979
9BO
981
9B2
983
984
985
986
987
98B
989
990
991

SE~ ooao

ERROR POINTER TABLE

27-~UN-7a
CFKTHBO PDP " /34 MEM MGNT DIAG MACYII 30A(10S2)
ERROR POINTER TABLE
CFKTH9.Pl1
27-~UN-78 09'27

953
954
955
956
957
959
959
960
961
962
963
964
965
966
967
968
969
970
971

,.THIS TABLE CONTAINS THE INFORMATION FOR EACH ERROR THAT CAN OCCUR.
,.THE INFORMATION IS OBTAINED BY U51NG THE INDEX NUMBER FOUND IN
"LOCATION SITEMB. THIS NUMBER INDICATES WHICH ITEM IN THE TABLE IS PERTINENT,
;_NOTE1:
IF SITEMB 15 0 THE ONLY PERTINENT DATA IS (SERRPC),
;.NOTE2:
EACH ITEM IN THE TABLE CONTAINS 4 POINTERS EXPLAINED AS FOLLOWS'

93"'
938
939
940
941
942
943
944
945
946
947
949
949
950
951
952

PAG~

09:33

MEM. MGMT. REG. BITS NOT SET CORRECTLY
REGISTR WROTE
REAO
READ
ADDRESS (OCTAL) (OCTAL) (BINARY) TESTNO ERROR PC
SREGO, SREGI ,SREG2, $REG2, TESTNO .SERRPC. 0
0,0,0,2,0,0

;*ITEM 13
SRO EFFECTED BY WRITE TO PSW
ERRORPC
READ
TESTNO
SREGO. TESTNO, SERRPC, 0
0,0,0

SRI DID NOT READ A LL ZEROS
TESTNO
ERRORPC
READ
SREGO. TESTNO, SERRPC, 0

0,0,0
DUAL ADDRESSING BETWEEN BYTES Of PAR OR PDR
READ
READ
REGISTER WROTE
ADDRESS (OCTAL) (OCTAL) (BINARY) TESTNO ERRORPC
$REaD, $REGI ,$REG2. SREG2, TESTNO, SERRPC. 0
0,0,0,2,0,0

;.ITEM 16
DUAL ADDRESSING 8ETWEEN PAR-POR' S
PAR-PDR PAR-PDR
CLEARED EFFECTD EXPECTD RECEIVD T~STNO ERRORPC
SREGO, SREGI ,SREG5, SREG2, TESTNO, SERRPC, 0
0,0,0,0,0,0
PHYS. ADDR. FORMED READ WRONG IN MAl NT • MODE
PHYSICAL VIRTUAL
ERRORPC
ADDRESS ADDRESS KIPAR4 TESTNO
PBALO, VIRT1.$REG4, TESTNO,SERRPC.O
3,0,0,0,0

CFK"iHBO PDP 11/34 MEM MGNT DUG MACVll 30A(1052)
27-,JUN-78
CFKTHB.Pll
27-,JUN-76 09'27
ERROR POINTER TABLE
1009
1010
1011
1012
1013

1014
1015
1016
1017
1018
1019
1020
1021

001602
001604

042626
046550

;_ITEM 20
EM20
OH20

001606
001610

051406
052173

OT20
OF20

001612
001614

042700
046776

;-ITEM 21
EM21
OH21

001616
001620

051430

001622
001624

042735
047056

EM22
OH22

001626
001630

051442
0~2207

OT22
OF22

09'33

SEQ 0022
PHYS. ADOR. FORMED READ WRONG IN RELOCATE MODE
PHYSICL PAR 4
PAR 5
ADDRESS V6A
VBA
PAR 5
TESTNa
PAR 4
PS'"
PBALD, V I RT! ,V I RT2, $REG4, SREG5, STMPO, TESTND. SERRPC. 0
3,0,0,0,0,0,0,0
;W-BIT DID NOT GET SET IN POR
i PDR
VIRTUAL
;TESTEO ADDRESS TESTNO ERRORPC
; $REG5, SREG3, TESTNO, SERRPC, 0
;0,0,0,0

OT21
OF21

052203

PAGE 23

1022
1023
1024
1025
1026
1027
1028
1029
1030
1031
1032
1033
1034
1035
1036
1037
1038
1039
1040
1041
1042
1043
1044
1045
1046
1047
104B
1049
1050
105i
1052
1053
1054
1055
1056
1057
105B
1059
1060
1061
1062
1063
1064

;.ITEM 22

1120

;0,0,0,0,0

;.ITEM 23
001632
001634
001636
001640

042774
047155
051456
052214

EM23
OH23
OT23
OF23

001642
001644
001646
001650

043040
047205
051466
052217

001652
001654
001656
001660

043100
047205
051466
052217

001662
001664
001666
001670

043145
047245
051500
052217

001672
001674
001676
001700

043215
047245
051500
052217

EM27
OH26
OT26
OF24

001702
001704
001706
001710

043264
047305
051512
052223

:_ITEM 30
EM30
DH30
OT30
OF30

;W-BIT NOT CLEARED BY WRITING TO POR
;POR
TESTNO ERRORPC
; SREG5, TESTNO, SERRPC, 0
;0,0,0

;.ITEM 24
;WRlTING SRO SET W-BIT IN KIPOR7
; POR WAS EXPECTO TESTNO ERRORPC
:$REG2,$REG1, TESTNO,SERRPC,O
jO,O.O,O

EM24
OH24
OT24
OF24

,-ITEM 25
EM25
OH24
DT24
OF24

: \II-BIT GOT SET OURI NG ODD AOOR, ABORT
: PDR WAS EXPECTO TESTNO ERRDRPC
:$REG2,SREG1, TESTNO,SERRPC,O
;0,0,0,0

;*ITEM 26
EM26
OH26
OT26
DF24

i MEMORY MGMT. ACCESS ABORT DID NOT OCCUR
i PDR 4
PSW
TESTND ERRORPC
: $REG2, $TMPO, TESTNO, SERRPC, 0
;0,0,0,0

;_ITEM 27

CFKTHBO PDP 11/34 MEM MGNT DIAG MACV11 30A( 1052)
27-~UN-78
CFKTHB. Pl1
27-~UN-78 09'27
ERROR POINTER TABLE
1065
1066
1067
106B
106q
1070
1071
1072
1073
1074
1075
1076
1077
107B
1079
lOBO
1081
10B2
10B3
10B4
lOBS
10B6
10B7
108B
10B9
1090
1091
1092
1093
1094
1095
1096
1097
109B
1099
11 00
11 01
11 02
1103
1104
11 OS
11 06
11 07
11 OB
1109
1110
1111
1112
1113
1114
1115
1116
1117
111B
1119

; W-BIT SET IN MORE THAN ONE POR
; POR IN paR
VIRTUAL
; ERROR
TESTED ADDRESS TESTNO ERRORPC
;$REGO, SREG5, $REG3, TESTND ,SERRPC. 0

; ACCESS ERROR DID NOT ABORT INSTRUCTION
PSW
: PDR 4
TESTNO ERROR PC
: $REG2, $TMPO, TESTNO, SERRPC, 0
i 0,0.0.0
:SRO DID NOT REPORT ACCESS ERROR CORRECTLY
; SRO WAS EXPECTO PDR 4
TESTNO ERRORPC
PSW
; WASSRO, SREG3 .$REG2 .STMPO, TESTNO ,SERRPC.O

;O.O.O.O,OtO

09.33

PAGE 24
SEQ 0023

;_ITEM 31
SR2 DID NOT LOCKUP CORRECT VIRTUAL ADDR,
SR2 WAS EXPECTO PDR 4
PSW
TESTND ERRORPC
WASSR2, $REG4, $REG2 ,STMPO, TESTNO, SERRPC. 0
0,0.0,0,0,0

051530
052223

EM31
OH31
OT31
DF30

001722
001724
001726
001730

043403
047445
051546
052223

:.ITEM 32
EM32
OH32
OT32
DF30

PAGE LGTH. ABORT OCCURRED WHEN IT SHOULDN'T HAVE
V, B, A.
K I PDR4 SRO WAS SR2 WAS TESTNO ERRORPC
$REGO, $REG4, "'ASSRO, WASSR2, TESTNO, SERRPC, 0
0,0,0,0,0,0

001732
001734
001736
001740

043·;134
047525
051564
052217

: _ITEM 33
EM33
OH33
OT33
OF24

PAGE LGTH, ABORT DID NOT OCCUR WHEN IT SHOULD HAVE
V.B.A.
KIPOR4
TESTNO
ERRORPC
SREGO, SREG4. TESTNO, SERRPC, 0
0,0,0,0

001742
00, 744
001746
001750

043547
047565
051576
052223

001752
001754
001756
001760

043336
047645
051614
052223

001712
001714
001716
001720

043336

047365

; -ITEM 34
SRO DID NOT REPORT PAGE LGTH. ABORT CORRECTLY
v, B. A. KI POR4 SRO WAS EXPECTD TESTNO ERRORPC
SREGO, SREG4, WASSRO, $REG2, TESTND, SERRPC, 0
0,0,0,0,0,0

EM34
OH34
OT34
OF30
;_ITEM 35
EM31
DH35
OT35
OF 30

SR2 DID NOT LOCKUP CORRECT VIRUAL AOOR,
V. B. A,
KI PDR4 SR2 WAS EXPECTO TESTNO ERRORPC
SREGO, $REG4, WASSR2. SREG3, TESTNO, SERRPC.O
0,0,0,0,0,0

051632
052217

; •• (EM 36
EM31
OH36
OT36
OF24

SR2 DID NOT LOCKUP CORRECT VIRUAL ADDR,
SR2 WAS EXPECTD TESTNO ERRORPC
WASSR2,SREGI. TESTNO,SERRPC,O
0,0,0,0

00177'2
001774

043625
047765

;.ITEM 37
EM37
OH37

001776
002000

051644

002002
002004
002006
002010

043672
050102
OS 1662
052217

002012
002014
002016
002020

043741
047725

001762
001764
001766
001770

043336

04'1725

052223

OT37
OF 30

SRO OR SR2 CHANGED BY A SECOND ABORT
FIRST ABORT
SECOND ABORT
SRO WAS SR2 WAS SRO WAS SR2 WAS TESTNO ERRORPC
STMPO, STMP2, WASSRO, WASSR2, TESTNO, SERRPC. 0
0,0,0,0,0,0

;.ITEM 40

051632
052217

EM40
OH40
OT40
OF24
:_ITEM 41
EM41
OH36
OT36
OF24
;.ITEM 42

SRO OR SR2 WAS NOT "RESET" BY A RESET
SRO WAS SR2 WAS TESTND ERRDRPC
WASSRO, WASSR2, TESTNO, SERRPe, 0
0,0,0,0
SR2 NOT TRACKING CORRECTLY
ERROPC
SR2 WAS EXPECTO TESTND
WASSR2,SREGI. TESTNO.SERRPC,O
0,0,0,0

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYI! 30A(1052)
27-~UN-7B
CFKTHB.P11
27-JUN-78 09:27
ERROR POINTER TABLE

09:33

PAGE 25

seQ 0024

DID NOT TRAP THRU KERNEL SPACE
TESTNO ERRORPC
PSW WAS R6 WAS
SREGI • SREG2. TESTNO. SERRPC. 0
0.0.0.0

1121
1122
1123
1124
II 25
II 26
II 27
II 28
1129
1130
1131
1132
1133
1134
1135
1136
1137
1138
1139
1140
1141
1142
1143
1144
1145
1146
1147
1148
1149
1150
1151
1152
1153
1154
1155
1156
1157
1158
11 59
1160
11 61
1162
1163
1164
1165
1166
1167
1168
1169

002022
002024
002026
002030

043774
050142
051674
052217

EM42
DH42
DT42
DF24

002032
002034
002036
002040

044033
047155
051456
052214

;*ITEM 43
EM43
DH23
DT23
DF23

002042
002044

044100
050202

;.ITEM 44
EM44
DH44

002046
002050

051706
052223

DT44
DF30

002052
002054

044146
050314

;.ITEM 45
EM45
OH45

002056
002060

051724
052223

DT45
DF30

002062
002064

044223
050511

EM46
DH46

002066
002n70

051742
052231

DT46
DF46

002072
002074

044266
050511

EM47
DH46

002076
002100

OS1742
052231

DT46
DF46

0(}21 02
002104
002106
002110

044331
050566
051754
OS2235

EM50
DH50
DT50
DFSO

" 70

00211 2
002114
00211 6
002120

044367
050606
051762
052~37

; .ITEM 51
EMSI
DHSI
DT51
DFSI

: KERNEL PAGE ACCESSED INSTEAD OF USER: MFPI-MTPI
: SRO WAS SR2 WAS TESTNO ERRORPC
: WASSRO. WASSR2. TESTNO. SERRPC. 0
:0.0.0.0

002122

044445

;.ITEM 52
EM52

; WRONG PDR' S REFERENCED WHILE IN RELOCATE MODE

1171

1172
" 73
" 74
" 7S
1176

11~6

1197
11 98
1199
1200
1201
1202
1203
1204
1205
1206
1207
1208
1209
1210
1211
1212
1213
1214
1215
1216
1217
1218
1219
1220
1221
1222
1223
1224
1225
1226
1227
1228
1229
1230
1231
1232

jMFPI I NSTRUCT ION PUSHED WRONG DATA
DATA
:DATA
: EXPECTD RECE I VD TESTNO ERRORPC
:SREGO.SREGI. TESTNO.SERRPC.O
;0,0,0,0
;MTPI I NSTRUCT ION LOADED WRONG DATA
,DATA
DATA
ERRORPC
:EXPECTD RECEIVD TESTNO
:SREDO.SREG1. TESfNO.$ERRPC.O
:0.0.0.0

;.ITEM 50

DH52

002124

050546

002126
002130

051774
052243

002132
002134

044523
050511

EM53
DH46

002136
002140

051742
052231

DT46
DF46

002142
002144
002146
0021S0

044566
050566
051754
052235

002152
002154

044524
046150

EM55
DHl1

00" 56
002160

051312
052142

DTI1
DFll

002162
002164
002166
002170

044662
050566
051754
052235

002172
002174
002176
002200

044716
050764
052,,16

00220~

044773
05 I 024

DT52
DF52

:STACK NOT PUSHED BY MFPI-MTPI
; TESTNO ERROR PC
: TESTND. SERRPC. 0
:0.0

09133

PAGE 26

SEQ 0025

PHYSICL PAR 4
TESTNO
PAR 4
5RO WAS SRl! WAS PSW
ADDRESS V. B. A.
PBALO. V I RT 1 • $REG4. WASSRO. WASSR2 .STMPO. TESTNO .SERRPe. 0
3.0.0.0.0.0.0.0

;JIoITEM 53
:MFPD INSTRUCTION PUSHED WRONG DATA
: DATA
DATA
: EXPECTD RECEIVD TESTNO ERRORPC
: SREGO, SREGI • TESTNO. SERRPC. 0
,0,0,0,0

;.ITEM 54

11se
1189
1190
1191
1192
1193
1194
1195

; ERROR DURING "DOUBLE ERROR' (KT ... ODD ADDR.)
: EXPECTED:
SR2
PC
SRO
: PSW
(3S)
(3$+4)
020147
: 170017
:RECEIVED
TESTNO ERRORPC
SR2
SRO
;P5W
PC
: SREGI • SREG3. WASSRO. WASSR2. TESTNO.SERRPC. 0
:0.0.0.0.0.0

;.tTEM 47

11B1

11 82
11 83
11 84
1185
1186
1187

: SRO OR SR2 CHANGED BY ODD ADDR. ERROR
RECEIVED
: EXPECTED
SRO WAS SR2 WAS TESTNO ERRORPC
SR2
:SRO
: SREGO. SREGI • WASSRO. WASSR2. TESTNO. SERRPC. 0
:0.0.0.0.0.0

;*ITEM 46

27-~UN-78
CFKTHBO PDP 11/34 MoM MGNT DrAG MACYll 30"( 1052)
ERROR POINTER TABLE
27-JUN-78 09:27
crKTHB.P11

1177
1178
lH9
11 BO

:KT ERROR SERVICED ON ODD ADDR. ERROR
TEST NO ERROR PC
: PDR
:SREG5. TESTNO.$ERRPC.O
:0.0.0

EM54
DHSO
DT50
DF50

:STACK NOT PUSHED BY MFPD-MTPD
: TESTND ERROR PC
: TESTNO. SERRPC. 0
:0.0

;.ITEM 55
: PAR OR PDR WAS CHANGED BY A RESET
RE~.D-(BINARY)
: REGISTR READ
; ADDRESS (OCTAL) 5432109B76543210 TEST NO
: SREGO. SREGI • $REGI • TESTNO. SERRPe. 0
;0.0.2.0.0

ERRORPC

;.ITEM 56
EMS6
DH50
DT50
DF50

: I LLEGAL MODE 01 NOT ABORTED
ERROR PC
: TESTNO
: TESTNO. SERRPC. 0
jO.o

;_lTEM 57

052253

EM57
DH57
DT57
DF57

iSRO DID NOT REPORT ILLEGAL MODE 01 CORREcnv
: SRO WAS EXPECTD TESTNO ERRORPe
:WASSRO.SREGI. TESTNO.SERRPC.O
;0,0,0,0

;*ITEM 60
002204
00~206

n~?O:;lO

002210

052257

002212
002214
002216
002220

045036
050566
051754
052235

002222
002224
002226
002230

045114
045760
051254
052126

002232

045165

EM60
DH60
DT60
DF60

: PSW CHANGED BY AN RT! IN USER MOOE
: PSW WAS EXPECTD TEST NO ERRORPC
: SREG 1 • SREG2. TESTNO.SERRPC.O
:0.0.0.0

;_ITEM 61
EM61
JH50
DT50
DF50

;MAINT MODE (SRO<8»
ERRORPC
: TESTND. ~ERRPC. 0
:0.0

NOT DISA6LED BY A RESET

; TESTND

;. ITEM 62
EM62
DH3
DT3
DF3

:DATA INCORRECT AFTER A MAINT. MODE WRITE
; WROTE
READ
TESTNO ERRORPC
: $REGO. SREGI • TESTNO. SERRPC. 0
;0.0.0.0

;.ITEM 83
EM63

:SOURCE RELOCATED IN MAl NT. MODE

CFKTHBQ PDP

CFKTHB.P11

1233
1234
1235
1236
1 :.?37
1238
1239
1240
1241
1242
1243
1244
1245
1246
1247
1248
1249
1250
1251
1252
1253
1254
1255
1256
1257
125B
1259
1260
1261
1262
1263
1264
1265
1266
1267
1268
1269
1270
1271
1272
1273
1274
1275
1276
1277
1278
1279
12BO

11/34 MEM MGNT DIAG MACYI1 30A(1052)
27-JUN-7B
27-JU'-78 09:27
ERROR POINTER TABLE

002234
002236
002240

045670
051234
052117

09:33

PAGrc 27
SEQ 0026

DH2
OT2
DF2

;OLD PC OLD PSW R6 WAS
SRO
SR2
TESTNO ERRORPC
; TRAPPC, TRAPPS, WASR6, WA5SRO, WASSR2, TESTNO, SERRPC, 0

;0,0.0,0,0,0,0

;.ITEM 64
002242
002244
002246
002250

052217

002252
002254
002256
002260

045225
051064
05:2: 34
052263

002262
002264
002266
002270

045265
051064
052054
052263

002272
002274
002276
002300

045351
051064
052054
052263

002302
002304
002306
002310

045441
051064
052054
052263

043336
047725

EM31
DH36
DT64
DF24

05204~

SR2 DIDNOT LOCKUP CORRECT VIRTUAL ADDR.
SR2 WAS EXPECTD TESTNO ERRORPC
WASSR2, $REG4, TESTNO, SERRPC, 0
0,0,0,0

;"ITEM 65
EM64
DH61
DT65
DF61

+NON RESIDENT ABORT DID NOT OCCUR
+SRO
SR2
TESTNO
ERROR PC
+WASSRO, WASSR2, TESTNO, SERRORPC
+0,0,0,0

;-ITEM 66
EM65
DH61
DT65
DF61

+ERROR FLAG FOR KR ABORT DID NOT SET
+SRO
SR2
TESTNO ERRORPC
+WASSRO, WASSR2, TESTNO, SERRPC

EM66
DH61
DT65
DF61

+SR2 DID NOT FREEZE THE VIRTUAL ADRS OF ABORT
+SRO
SR2
TESTNO
ERRORPC
+WASSRO, WASSR2, TESTNO, SERRPC

+0,0,0,0

;.ITEM67

+0,0.0,0

;_ITEM 70
EM67
DH61
DT65
DF61

+2ND NON RESIDENT ABORT 010 NOT OCCUR
+SRO
SR2
TESTNO ERRORPC
+WASSRO, WASSR2, TESTNO, SERRPC

+0,0.0,0

;.lTEM 71
002312
002314
002316
002320

045506
051122
052066
052263

EM70
DH62
DT66
DF61

+2ND NR ABORT CHANGED SR2
+SR2 EXPT SR2 RECD TESTNO ERROR PC
+CORSRO, WASSR2, TESTNO, SERRPC

+0 I 0.0,0

;*ITEM 72
002322
002324
002326
002330

045562
051161
052100
052263

EM71
DH63
DT67
DF61

+SRO WAS NOT CLEARED BY INIT
+SRO EXPT SRO RECD TEST NO ERRORPC
+CORSRO, WASSRO, TESTNO, ERRORPC
+0,0,0,0

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A(1052)
27-JUN-7B 09:33
PAGE 28
CFK THB. P11
27-\JUN-7B 09:27
......
TRAP HANDLING ROUTINES
1281
12B2
12B3

.SBTTl

..... "'.

• SBTTl

CPU TRAP HANDLER ROUTINE

1284
1285

; ; . . . . . . . . >Ie . . . . . . . . . . . . . . . . . . .

12B6
1287
1288
12B9
1290
1291
1292
1293
1294
1295
1296
1297
1298
1299
1300
1301
1302
1303
1304
1305
1306
1307
1308
1309
1310
1311
1312
1313
1314
1315
1316
1317
1318
1319
1320
1321
1322
1323
1324
1325
1326

;.
;.
;.
;.

1327

1328
1329
1330
1331

1332
1333
1334
1335
1336

;

*••••• '" ••• '" "''''* ..... "' ••• '" "' •• *••• ** '"

005227
177777
001401
000000

002342
002346
002352
002356
002360
002366
002372
002376

012637

012637
010637
104001
012737
013746
013746
000006

001356
001360
001354
177777
001360
001356

TIMERR:
TIMFLG:

INC
,WORD
BEQ
HALT

(PC)+
-1
1$

IS:

MOV
MOV
MOV
ERROR
MOV
MOV
MOV
RTT

(KSP) +, TRAPPC
(KSP)+, TRAPPS
KSP,WASR6
1
N-l, TIMFLG
TRAPPS,-(KSP)
TRAPPC,-(KSP)

002334

,S8TTl

;.
;.
;.
;.
;.

;;
002400
002402
002404
002406

005227
177777
001401
000000

002410
002414
002420
002424
002432
002440
002446
002450
002456
002462

012637
012637
010637
013737
013737
042737
104"02
012737
013746
013746

001356
001360
001354
177572
177576
160000
177777
001360
001356

IS:
001366
001370
177572
002402

*.- ** *••• "' ..... *** ••••

MEMORY MANAGEMENT TRAP HANDLER ROUTINE

*** •• * **** •••••• +•••••

THIS SUBROUTINE WILL HANDLE ALL UNEXPECTED MEMORY MANAGEMENT
TRAPS AND ABORTS THRU 'MMVEC" (LOC. 250).
IF THIS SU8ROUTINE IS
ENTERED BY A SECOND TRAP BEFORE THE FIRST HAS BEEN SERVICED, A
HALT IS EXECUTED.

.................................

MGMERR:
MGMFLG:

*......... "' ............... *'"

;MAKE FLAG ZERO IF FIRST TIME THRU
;NEGATIVE ONE FOR "HAVE ENTERED" FLAG
:BRANCH IF FIRST TIME IN
:STOP! - I'VE ENTERED THIS ROUTINE
;A SECOND TIME BEFORE I FINISHED
:REPORTiNG THE FIRST ERROR.
THE
; SECOND ENTRY ADDRESS SHOULD BE ON
; THE KERNEL STACK.
:SAVE PC+2 AT TIME OF ABORT
: SAVE PS AT TIME OF ABORT
: SAVE STACK POINTER VALUE
;UNEXPECTED TRAP OR ABORT TO LOC. 4
;MAKE FLAG NEGATIVE ONE FOR NEXT TIME
; PUT PC 8 PS OF TRAP ON STACK
; RETURN FROM INTERRUPT OR ABORT

; ; •••••••• * "' ..... "' ....... *
;

.* •••••

THIS SUBROUTINE WILL HANDLE ALL ~PU TRAPS AND ABORTS THRU
"ERRVEC" (LOC, 004).
IF THIS SUBROUTINE IS ENTERED BY A
SECOND TRAP BEFORE THE FIRST HAS BEEN SERVICED, A HALT IS
EXECUTED,

; ; • • • • • • "' . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . >Ie . . . . . . . . .

002332
002334
002336
002340

SEQ 0027

TRAP HANDLING ROUTINES

INC
• WORD
BEQ
HALT

(PC)+
-1

MDV
MOV
MOV
MOV
MOV
BIC
ERROR
MOV
MOV
MOV

(KSP)+, TRAPPC
(KSP)+, TRAPPS
KSP,WAsR6
SRO ,WAsSRO
SR2, WASSR2
N 160000, sRO
2
N-l,MGMFLG
TRAPPS,-(KSP)
TRAPPC,-(KSP)

* ** •••• "'* ....... ** . . * ..... *** ............ .
MAKE FLAG ZERO IF FIRST TIME THRU
NEGATIVE ONE FOw IIHAVE ENTERED" FLAG
BRANCH IF FIRST TIME IN
STOP! - I'VE ENTERED THIS ROUTINE
A SECOND TIME BEFORE I FINISHED
REPORT ING THE FIRST ERROR.
THE
SECOND ENTRY ADDRESS SHOULD BE ON
THE KERNEL STACK.
SAVE PC+2 AT TIME OF ABORT
SAVE PS AT TIME OF ABORT
SAVE STACK POINTER VALUE
SAVE CONTENTS OF KT STATUS REG. 0
SAVE CONTENTS OF KT STATUS REG. 2
CLEAR ERROR BITS IN STATUS REG 0
UNEXPECTED TRAP OR ABORT TO LOC, 250
MAKE FLAG NEGATIVE ONE FOR NEXT TIME
PUT PC & PS OF TRAP ON STACK

CFKTHBO PDP 11/34 MEM MONT DUG MACY11 30A(1052)
27-uUN-78 09:33 PAGE 29
CFKTHB. Pl1
27-JUN-78 09: 27
MEMORY MANAGEMENT TRAP HANDLER ROUTINE
1337
1338

002466

000006

RTT

CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(1052)
CFKTH6.Pll
27-JUN-7B 09'27
1339
1340
1341
1342
1343
1344 020000
1345
1346
1347 020000
1346 020004
1349 020006
1350 020012
1351
020014
1352
1353 020020
1354 020026
1355 020034
1356 020042
1357 020050
135B 020056
1:159 020064
1360 020072
1361
020100
1362 020106
1363 020112
1364 020116
1365
1366
1367 020124
1368 020132
1369 020140
1370 020146
1371
020154
1372 020156
1373 020162
1374 020164
1375 020172
1376 020174
1377 020200
137B 020206
1179 020212
1380 020220
1381
1382
1383 020226
1364 020232
13B5 020240
13B6 020246
1387 020254
1388 020262
1389
1390 020264
1391
020266
1392 020272
1393 020274
1394 020302

27-JUN-78

*....

START.
.S6TH

09'33

PAG~

30
SEQ 00211

.S6TTL
.SBTTL
.S6TH •••••
.-20000

020000

STARTING POINT OF TeST
•••••
STARTING ADDRESS OF 200 •••••

INITIALIZE THE COMMON TAGS

; ;CLEAA THE COMMON TAGS (SCMTAG) AREA
012706
005026
022706
001374
012706

001100

012737
012737
012737
012737
012737
012737
01273'/
012737
013737
005037
005037
112737

035040
000340
035320
000340
041302
000340
041370
000340
034606
001212
001214
000001

001115

012737
012737
012737
012737
005046
012746
000006
012737
000402
062706
012737
005037
012737
012737

035024
000340
000002
020174

000014
000016
035024
000010

013746
012737
012737
012737
022777
001012
000403
012716
000002
012737
012737

001140
0011 00
000020
000022
000030
000032
000034
000036
000024
000026
034600

020164
000006
000010
000012
035032
020212
020220
000004
020266
177570
177570
177777

035024
000010
0011 06
001110

000004
001140
001142
160656

020274
000178
000174

001140
0~1142

SEQ 0028

1 RETURN FROM INTERRUPT DR ABORT.

MOV
NSCMTAG,R6
;; FIRST LOCATION TO 6E CLEARED
(R6)+
; ;CLEAR MEMORY LOCATION
CLR
CMP
NSWR, R6 ;; DONE?
BNE
.-6
;; LOOP 6ACK IF NO
MOV
NSTACK, SP
; ;SETUP THE STACK POINTER
; ;INITIALIZE A FEW VECTORS
MOV
NSSCOPE ,.N 10TVEC ;; lOT VECTOR FOR SCOPE ROUTINE
MOV
#340,PNlOTVEC+2; ; LEVEL 7
MOV
NSERROR ,.NEMTVEC ;; EMT VECTOR FOR ERROR ROUTINE
MOV
N340,@NEMTVEC+2 ;; LEVEL 7
MOV
NSTRAP,@#TRAPVEC ; ;TRAP VECTOR FOR TRAP CALLS
MOV
N340,II>NTRAPVEC+2; LEVEL 7
MOV
NSPWRDN,@HPWRVEC ; ;POillEr. FAILURE VECTOR
MOV
'340,@HPWRVEC+2 ;; LEVEl 7
MOV
SENDCT, $EOPCT
; ; SETUP END-OF-PROGRAM COUNTER
CLR
,;TlMES
;; INITIALIZE NUMBER OF ITERATIONS
CLR
SESCAPE
; ; CLEAR THE ESCAPE ON ERROR ADDRESS
MOVB
Nl,SERMAX
; ;ALLOW ~NE ERROR PER TEST
;;INITIALIZE THE "T-BIT" TRAP VECTOR. THEN LOAD LOCATION "SRTRN', IN
;;THE 'END-OF-PASS" (SEOP) ROUTINE, WITH A "RT!" OR 'RTT'.
MOV
NSRTRN,.NTBITVEC ;;SET "T" BIT VECTOR TO SRTRN
MOV
N340,II>NTBITVEC+2 ; ; LEVEl 7
MOV
NRT!, SRTRN
; ; SET SRTRN TO A RTI
MOV
N65$, I'NRESVEC
; ; TRY TO 00 A RTT
CLR
-(SP)
;;DUMMY PS
MOV
NB4S,-(SP)
; ;AND PC
RTT
; ; TRY THE RTT
MOV
NRTT ,SRTRN
; ;RTT IS LEGAL--SET SRTRN TO A RTT
64$'
aR
66$
ADD
N10,SP
; ;RTT ILLEGAL--CLEAN OFF THE STACK
65$'
66S:
MOV
NRESVEC+2,I'NRESVEC ; ;RESTORE TRAP CATCHER
CLR
STBIT
; ;CLEAR "1" BM" SWITCH
MOV
N. ,$LPADR
;; INITIALIZE THE LOOP ADDRESS FOR SCOPE
MOV
N. ,SLPERR
; ; SETUP THE ERROR LOOP ADDRESS
;;SIZE FOR A HARDWARE SWITCH REGISTER. IF NOT FOUND OR IT IS
; ;EQUAL TO A '-1", SETUP FOR A SOFTWARE SWITCH REGISTER.
MOV
I'NERRVEC,-(SP); ;SAVE ERROR VECTOR
MOV
N67S,@NERRVEC;;SET UP ERROR VECTOR
MOV
NDSWR,SWR
; ;SETUP FOR A HAROWARE SWICH REGISTER
MOV
NDDISP,DISPLAY; ;AND A HARDWARE DISPLAY REGISTER
CMP
N-l ,I'SWR
; ; TRY TO REFERENCE HARDWARE SWR
BNE
69$
; ; BRANCH I F NO TIMEOUT TRAP OCCURRED
; ;AND THE HARDWARE SWR IS NOT. -I
BR
685
; ; BRANCH I F NO TIMEOUT
MOV
N6B$, (SP)
; ; SET UP FOR TRAP RETURN
67S'
RT!
88S:
MOV
ISWREG, SWR
; ; PO INT TO SOFTWARE SWR
MOV
'DISPREG,DISPLAY

CFKTHBO PDP 11/34 MEM MGNT OIAG MACY"
CFKTHB.Pll
27-JUN-78 09:27
1395
1396

07.0310

012637

000004

1397

020314
020320
020326
020330
020336

005037
132737
001403
012737

001234
000200

001247

001250

001140

020336
020342
020344
020352
020354

005227
001051
022737
001445
104401

177777

020360
020364
020366
0203'/4
020376
020404
020406
020410
020412
020420
020420

005737
001012
123727
001406
023727
001005
104407
000403
112737

139B
1399
1400
1401
1402
1403
1404
1·105
1·106
1407
140B
1.:109
1410

1411
1412

'" 1 3
1414
1415
1416
1417
141B

1419
1420

PAGE 31

SEQ 0030

MOV

(SP)+,IIINERRVEC

: :RESTORE ERROR VECTOR

CLR
BITB
BEQ
MOV

SPASS
,APTSIZE,$ENVM
70$
NSSWREG, SWR

: : CLEAR PASS COUNT
: :TEST USER SIZE UNDER APT
: ;YES.USE NON-APT SWITCH
: ;NO.USE APT SWITCH REGISTER

70S:
,SBTTl

TYPE PROGRAM NAME

; ;TYPE THE NAME OF THE PROGRAM IF FIRST PASS

034760

000042

020422
.SBTn
000042
001246

00000'

001140

000176

00000'

001134

000422

020466

020472
020500
020506
020514
020522
020526
020532
020536
020544

;;FIRST TIME?
INC
N-l
i ; BRANCH I F NO
BNE
715
jiACT-l1~!
CMP
'$ENOAD,.N42
i jBRANCH IF YES
BEQ
71$
:
:TYPE ASCIZ STRING
TYPE
,725
GET VALUE FOR SOFTWARE SWITCH REGISTER
:
;ARE WE RUNNING UNDER XXOP/ACT?
TST
•• 42
; i BRANCH IF YES
BNE
73$
: : ARE WE RUNNING UNDER APT?
CMPB
SENV, N1
j i BRANCH IF YES
BEQ
735
;; SOFTWARE' SW I TCH REG SELECTEO?
CMP
SWR, NSWREG
; jBRANCH IF NO
BNE
74$
: :GET SOFT-SWR SETTINGS
GTSWR
BR
745
: : SET AUTO-MODE INDICATOR
Mova
N' ,SAUTOB
BR
.ASCIZ

7,$
(CRLF>NCFKTHBO

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
CLR

NSTACK, KSP
NTIMERR,ERRVEC
#340, ERRVEC+2
NMGMERR, MMVEC
#340,MMVEC+2
#-1,RO
RO, TIMFLG
RO,MGMFLG
#340, TBITPS
SRO

LOOP:

020466
Q2(1466

73$:
74$:
: :72$:
71$:

1421

1422
1423
'424
1425
1426
1427
1428
1423
1430
1431
1432
1433
1434
1435

lOA( 1052)
27-~UN-7a 09:33
INITIALIZE THE COMMON TAGS

012706
012737
012737
012737
012737
012700
010037
010037
012737
005037

001100
002332
000340
002400
000340
177777
002334
002402
000340
177572

000004
000006
000250
000252

00137:1

: :GET OVER THE ASCIZ
11/34 MEMORY MGMT. DIAG.N<CRLF>

INITIALIZE THE STACK POINTER
LOAD CPU SERVICE ROUTINE INTO TRAP VECTOR
SET NEW PS TO PRIORITY LEVel 7-KERNEL
LOAD MEMORY MANAGENT ROUTINE INTO VECTOR
SET NEW PS TO PR lOR ITY LEVEL 7-KERNEL
PUT -1 INTO RO TO INITIALIZE FLAGS
INITIALIZE CPU ERROR FLAG
INITIALIZE MEMORY MANAGEMENT ERROR FLAG
INITIALIZE LOG THAT HOLDS T-BIT PSW
BE SURE MoM. MG:H IS OFF TO START WITH

27-~UN-78
09:33
PAGE 32
CFKTHBO POP 11/34 MEM MGNT DIAG MACY11 30A(1052)
CFKTH8.Pll
27-~UN-78 09:27
GET VALUE FOR SOFTWARE SWITCH REGISTER

1436
1437
1438
1439
1440
1441
1442
1443
1444
1445
1446
1447

,"48
1449

1450
1451
1452
1453
1454
14,5
1456
14S7
1458
1459
1460
1461
1462
1·163
1464
1465
1466
1467
1468
1469
1470
1471
1472
1473
1474
1475
1·176
1477
1478
1479
1480

; ; .... "' ••• * ........... * ••• ** ••• * •••• '" •••••• '"
:.TEST 1

:*
:
020550
020552
020560
020562
020564
020566
020570
020574
020576
020600

00000·'
012737
005000
005001

020602
620606
020612
020614

062100
022700
001363
012737

020562

0011 ,0

106400

106701
042701
020001
001401
104003

177437

020552

0011 10

"'***"'."' •••••••••••• "' ...... *'" .... "'*. **.* **.* ** ."'* ...... * ."'.* .•

ADD
CMP
BNE
MOV

'lit

#2S,$LPERR
RO
Rl
RO

N177437,R'
RO,Rl
3$

N40, RO
'400, RO
2S
N1S,$LPERR

: SET LOOP ON ERROR POINTER TO 2$
: INITIALIZE RO WITH PRIORITY=O DATA
: PREPARE Rl TO ACCEPT DATA READ
;WRITE PRIORITY BITS IN THE PSW
j READ BACK THE LOW BYTE OF PSW
:MASK OFF EVERYTHING EXCEPT PRIORITY BITS
:WAS CORRECT PRIORITY SET IN THE PSW?
: BRANCH I F YES
:PRIORITY RITS SET WRONG IN PSW
: FOR TIGHTER scnPE LOOP
: REPLACE ERROR CALL WITH
: "BR 2$·· = 000770
;CHANGE DATA TO NEXT PRIORITY
;HAVE PRIORITIES 0-7 ALL BEEN CHECKED?
; BRANCH I F NO
: RESET LOOP ON ERROR POINTER TO 1$

: i '" . . . . . . . . . . . . . "' ••••••••••••••• "' ..... "' ..... ot • • *

.*. '"

>II . . . . . .

* ••• "' •••••• '"

: oTEST 2
PSW MODE BIT TES T
:.
THIS TEST READS AND WRITES THE PROCESSOR STATUS WORD <15:12> 'MODE BITS'
:'
TO FURTHER CHECK THE BAS IC CPU DATA PATHS

:
; ; •••••••••••••••••••••••••••••••••• "'** •••••• ** •••••••• "' •••••••••

020622
020624
020632
020634
020640
020644
020650
020654
020656
020660
020664

TST2:

OOOv04

012737
005000
005037
050037
013701

042701
020001
001403
005037
104004

020634

0011 10

1$:

2S:

177776
177776
177776
007777
177776

SCOPE
MOV
CLR
CLR
BIS
MOV
BIC
CMP
BEQ
CLR
ERROR

ADD
BNE
MOV
CLR

Nl0000,RO
2$
NI$,$LPERR
PSW

N2S,SLPERR
RO
PSW
RO,PSW
PSW,R'
N007777,R'
RO, Rl

3S
PSW

1481

1482
1483
1484
1485
1486
1487
'488
1489
1490
'491

.*. "' ....... "' ....... "' .......

THIS TEST READS AND WRITES THE PROCESSOR STATUS WORD <7:5> 'PRIORITY BITS'
TO SEE THAT SOME OF THE BASIC "DATA PATH" LOGIC IS WORKING.

; i ••••••
TST1:
SCOPE
1$:
MOV
CLR
2$:
CLR
MTPS
MFPS
BIC
CMP
8EQ
ERROR

3$:

000040
000400

PSW PRIORITY BIT TEST

SEQ 003,

020666
020672
020674
020702

062700
001360
012137
005037

3S:

010000
020624
177776

0011'0

:SET LOOP ON ERROR POINTER TO 2$
:INITIALIZE RO WITH MODE 81TS • 0000
:INITIALIZE PSW
:BIT SET THE PSW MODE BITS WITH RO
:READ BACK THE CONTENTS OF THE PSW
:MASK OFF EVERYTHING EXCEPT THE MODE BITS
: WERE THE MOUE BI TS SET CORRECTL Y7
; BRANCH I F YES
:CLEAR PSW FOR ERROR REPORT
:MODE BITS SET WRONG IN PSW
: FOR TIGHTER SCOPE LOOP
i REPLACE ERROR CALL wITH
i"BR 2$" .. 000763
:CHANGE MODE BIT OATA
:BRANCH IF STILL MORE COMBINATIONS
: RESET LOOP ON ERROR POINTER TO 1$
: RESET PSW BEFORE LEAVING

; "' •• "' ••••• •• ~ •••••• * •••••••• "" •• "' ....... "' ••••••• $o ..... * •••• >fI . . . . . . . "'.
-TEST 3

BYTE ADDRESSING TEST FOR PSW
THIS TEST WRITES THE HIGH AND LOW BYTES OF THE PROCESSOR STATUS WORD

CFKTHBO PDP 11/34 MEM MGNT DIAD MACY1\ 30AP OS2)

CFKlHB.P11

27-uUN-78 09: 27

;

11192

1493
1494
1495
1496
1497
1498
1499
1500
1501
1502
150J
1504
1505
1506

1507
150B
1509
1510
1511
1512
1513
1514
1515
1516
1517
151B
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
15J3
15J4
1535
1536
1537
153B
1539
1540
1541
1542
154J
1544
1545
1546
1547

;
020706
020710
020716
020722
020726
020732
020736
020742
020744
020746
020750
020754

000004
012737
005037
012700
110037
013701
042701
000300
020001
001 :03
0050J7
104005

020756
020764
020770
020774
021000
021004
021010
021012
021014
021020

0127J7
005037
012700
110037
013701
042701
020001
001403
005037
104005

020764
177776
000J40
177776
177776
007437

021022

012737

020710

020716
177776
000360
177777
177776
0074J7

...

27-uUN-78 09:33
PAG~ 3J
BYTE ADDRESSING TEST FOR PSW

SeQ 0032

AND READS THEM BACK TO BE SURE THEY CAN BE WRITTEN INDEPENDENTLY.
THIS CHECKS THE PSW PORTION OF THE ADDRESS DETECTION LOGIC.

;
i j • • • • • • • "' • • • • • "'." • • * .................................................
TST3:
SCOPE
1$:
MOV
N2$, $LPERR
; SET LOOP ON ERROR POINTER TO 2$
2S:
CLR
PSW
; CLEAR THE PSW
MDV
N350, RO
;PUT THE HIGH BYTE DATA. INTO RO
MOVB
RO I PSW+1
;WRITE THE HIGH ByTE OF THE PSW
MOV
PSW,R1
; READ BACK THE ENTI RE PSW
1007437,RI
BIC
;MASK OFF THE T & CC BITS
SWAB
RO
;GET DATA WRITTEN IN HIGH BYTE OF RO
CMP
RO,Rl
; WAS THE PSW WR I TTEN TO CORRECTLY
3$
BEQ
; BRANCH I F YES
PSW
CLR
; CLEAR PSW FOR ERROR REPORT
ERROR
5
; LOW 6YTE EFFECTED BY WRITE TO HIGH BYIE OF PSiol
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 2$" • 000760
3S:
MOV
N4$,$LPERR
; SET LOOP ON ERROR POINTER TO 4$
45:
PSW
CLR
;CLEAR THE PSW
MOV
1340,RO
jPUT THE LOW BYTE DATA INTO RO
RO, PSW
MOVB
; WR ITE THE LOW 8YTE OF THE PSW
~SW,R1
MOV
; READ BACK THE ENTIRE PSW
BIC
#007437, RI
;MASK OFF THE T&CC BITS
CMP
RO,RI
;WAS PSW WRITTEN TO CORRECTLY
5$
BEQ
; BRANCH I F YES
psw
CLR
; CLEAR PSW FOR ERROR REPORT
ERROR
5
;HIGH BYTE EFFECTED BY WRITE TO LOW BYT E OF PSW
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 2$" • 000736
55:
N1$,$LPERR
MOV
; RESET LOOP ON ERROR POINTER TO 1$

001110

177776

ODIlIa

177776

0011 10

...
.

;: j: • • • • • •

** ••••• * ••••••••• "'**"' ••••••••••••••••••••••••••• "' ••••••••

; -TEST 4
;

;

;
;.

;

TEST AND SETUP OF STACK POINTERS
THIS TEST SETS THE USER AND KERNEL STACK POINTERS FOR THE
REST OF THE PROGRAM AND MAKES SURE THEY ARE INDEPENDENT OF
EACH OTHER,
KERNEL R6 IS SET TO 1100, USER R6 IS SET TO 700. THEN
KERNEL R6 IS READ TO BE SURE ITS STILL 1100.

; ;."' ••••••••••••••••••••••••••••••• "'''' ................ * ••••••• "' ••••••
021030
021032
021036
021042
021050
021054
021060
021064
021066
021072
021074

000004
005037
012706
012737
012706
0050J7
022706
001404
012700
010601
104006

TST4:
177776
0011 00
140000
000700
177776
001100

SCOPE
CLR
MOV
MOV
MOV
CLR
CMP
BEQ
MOV
MOV
ERROR

177776

001100

PSW
#KERSTK, KSP
# 140000, P5W
'USE5TK, USP
PSW
'KERSTK, KSP
TST5
'KERSTK,RO
KSP,RI
6

;GO TO KERNEL MODE
;SET KERNEL STACK POINTER TO lIDO
; GO TO USER MODE
;SET USER STACK POINTER TO 700
; BACK TO KERNE L MODE
; IS KERNEL R6 STILL 11007
;; BRANCH IF KERNEL R6 IS OKAY
;SAVE DATA WRITTEN FOR ERROR REPORT
; SAVE OAT A READ AFTER USER R6 WAS WRITTEN
; KERNEL R6 CHANGED BY WRITING USER R8
; FOR TIGHTER SCOPE lOOP
; REPLACE ERROR CALL WITH

27-uUN-7B 09:33
PAGE 34
CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 304(1052)
CFKTHB.PI1
27-.JUN-7B 09:27
T4
TEST AND SETUP OF STACK POINTERS
154B
1549
1550
1551
1552
1553
1554
1555
1556
1557
155B
1559
1S60

;'
;'
;'

;*
;*

;'
;;:

,'"j' ••••••••••••••••••••••••••••••••••••••••••••

THE NEXT FIVE (5) TESTS WILL TRY TO ADDRESS ALL OF THE
MEMORY MANAGEMENT REGISTERS (SRO,SR1,SR2,KERNEL & USER PAR/PDR'S).
EVERY TIME 4 REGISTER TIMES OUT ITS ADDRESS WILL BE REPORTED,
AT THE END OF EACH TEST A SUMMARY OF THE ADDRESSES THAT TIMED
OUT DURING THAT TEST IS GIVEN.
THE RESULTS OF "AND-lNG' AND 'DR-lNG'
THEIR ADDRESSES IS GIVEN TO SHOW WHICH ADDRESS LINES MAY BE
STUCK AT 0 OR I.
THE PAR/PDR ADDRESS AND KT MUX' S ARE THE
THINGS BEING CHECKED.

1561

1562
1563
1564
1565
1566
1567
1568
1569
1570
1571
1572
1573
1574
1575
1576
1577
157B
1579
1580
1581
15B2
15B3

;: ;: \01 • • • • • • • • oil • • • • • • •

;

.............................................. "' ' .........................

.
...................... ...................... ..... ...............

; ; ••••••••••••••••••••••• ** •••••• *** •••••••••••••••••••••• "' ••••••
;.TEST 5

;

;.
;'
;'
;'
;'

SRO,SR1,SR2 TlMEOUf TEST

THIS TEST ADDRESSES THE MEMORY MANAGEMENT STATUS REGISTERS
0,1, AND 2.
STATUS REG. 1 IS NOT USED BUT SHOULD STILL
RESPOND TO ITS UNIBUS ADDRESS.
DATA WILL BE WRITTEN OR READ
FROM THESE REGISTERS IN LATER TESTS, THIS TEST .JUST CHECK
FOR A RESPONSE.

;
;;
021076

000004

0211 00
0211 06

012737
012737
012700
021120 012701
021124· 0127J7
021132
005037
021136 005037
021142 005710

021142
021200
177572
000003
177777
001376
001400

021144
0211 50
021152
0211 60
021164
0211 66
021170
021176

062700
077104
0127J7
005737
001401
104010
012737
000414

000002

021200
021204

062706
104007

000004

021206
021210
021214
021216
021222

010002
050"37
005102
040237
0052J7

021114

001110
000004

TST5:

SCOPE

IS:

MOV
MOV
MOV
MOV
MOV
CLR
CLR
TST

'2$,SLPERR
N5$ ,II'N4
ISRO,RO
13,RI
l-l,ANDADR
ORADR
TONUM
(RO)

ADO
SOB
MOV
TST
BEQ
ERROR
MOV
BR

N2,RO
Rl,2$
NI$ ,SlPERR
TONUM
4$
10
NTiMERR,.'4
TST8

ADO
ERROR

N4,KSP
7

MOV
BIS
COM
BIC
INC

RO,R2
R2,ORAOR
R2
R2, ANDADR
TONUM

001374

1584
1585
1586
1587
15B8
1589
1590
1591
1592
1593
1594
1595
1596
1597
159B
1599
1600
1601
1602
1603

SEQ 0033

; 000756

0211 00
001400

001110

002332

000004

001376
001374
001400

4$:

liS:

; SET LOOP ON ERROR POINTER TO 2$
; SET TIMEOUT VECTOR TO 5$
; LOAD RO WITH ADDRESS OF FIRST REG.
; LOAD Rl WITH THE LOOP COUNT
; INITIALIZE "AND" OF ADons. LOC.
;INITIALIZE "OR" OF AODRS. LOC.
; INITIALIZE "TIMEOUTS" COUNTER
;TRY ADDRESSING A STATUS REGISTER
;IF IT TIMES OUT GO TO 5$
; PUT NEXT ADDRESS IN RO
; LOOP BACK TO 2$ UNT I L ALL TESTED
; RESET LOOP ON CRROR POINTER TO IS
;010 ANY OF THE STATUS REG.S TIMEOUT?
; BRANCH I F NO
;SUMMARY OF STATUS REG. TlMEOUTS
; RESTORE NORMAL CPU TRAP ROUTINE ADDRESS
;;GO TO NEXT TEST
;CLEAN UP THE STACK
;ONE OF THE STATUS REGS. TIMED OUT
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WIn!
;"BR 2$' • 000756
; LOAD THE ADDRESS THAT TIMED OUT INTO R2
; "OR" IT WITH OTHER ADDRS. THAT TIMED OUT
; "AND" IT WITH OTHER ADDRS. THAT TIMED OUT
; INCREMENT THE TIMEOUT COUNTER

C FK THBO PDP "/34 MoM MGNT alAG MACY11 30A ( 1052)
27-JUN-78 09: 33
PAGE 35
CFKTHB.Pll
27-JU~-78 09:27
T5
SRO,SR1,SR2 TIMEOUT TEST
1604
lG05
1606
1607
1 GOB
1609
1610
1611
1612
1613
1614
1615
1616
1617
1618
1619
1620
1621
1622

1623
1624
1625
1626
1627
1628
1629
1630
1631
1632
1633
1634
1635
1636
1637
1638
1639
1640
1641
1642
1643
1644
1645
1646
1647
1648
1649
1650
1651
1652
1653
1654
1655
1656
1657
1658
1659

021226

000746

SEQ 0034

; BRANCH BACK TO TEST THE NEXT ADDR.

; ;.* "' •• *.* •• '" ."'*** "'.** •• "'.TIt "'*.**. '" '" .*.*"' . . ** ** "'. ** **"'''' ..... '''* •• ' ' ••••

;-TEST 6

;

:_
:.
:.

KERNEL PAR'S TIMEOUT TEST

THIS TEST ADDRESSES THE EIGHT (8) KERNEL PAGE ADDRESS
REGISTERS (KI PARO-KI PAR7) AND CHECKS THAT SOMETHING
RESPONDS TO THEIR ADDRESSES.

; ;••••••• "' ............ *"' ••••••••• '" '" "'*._

021230

000004

021232
021240
021246
021252
021256
021264
021270
021274

012737
012737
012700
012701
012731
005037
005037
OOSi 1 C

021274
021332
172340
000010
177777
001376
001400

021276
021302
021304
021312
021316
021320
021322
021330

062700
077104
012737
005737
001401
104010
012737
000414

000002

021332
021336

062706
104007

021340
021342
021346
021350
021354
021360

010002
050237
005102
040237
005237
000746

001110
000004

TST6:

SCOPE

1$'

MOV
MOV
MOV
MOV
MOV
CLR
CLR
TST

N2$,$LPERR
#5$ ,«(lN4
HKIPARO,RO
IY10,Rl
#-I,ANDADR
ORADR
TONUM
(RO)

ADD
SOB
MOV
TST
BEQ
ERROR
MOV
BR

N2,RO
Rl,2$
Nl$,$LPERR
TONUM
4$
10
NTIMERR
TST7

ADD
ERROR

N4,KSP

MOV
BIS
COM
SIC
INC
SR

RO,R2
R2,ORADR
R2
R2,ANOADR
TONUM
3$

001374
2$:
3$'

021232
001400

001110

002332

000004

4$'
5$1

000004

001376
001374
001400

..
.

*11< • • '" "' . . . . .

*** ••••••••• '" ••••

: SET LOOP ON ERROR POINTER TO 2$
:SET TIMEOUT VECTOR TO 5$
:LOAO RO WITH ADDRESS OF FIRST REG.
:LOAO Rl WITH LOOP COUNT (8)
;INITIALIZE "AND'· OF ADOR. LOC
; INITIALIZE "OR" OF AODR. LOC.
: INITIALIZE "TIMEOUTS" COUNTER
;TRY AODRE5STNC, A KIPAR
:IF IT TIMES OUT, WILL GO TO 5$
; PUT NEXT KIPAR ADDRESS IN RO
: LOOP BACK TO 2$ UNTIL ALL TESTED
: RESET LOOP ON ERROR POINTER TO 1$
:010 ANY OF THE KIPARS TIME OUT?
: BRANCH I F NO
;SUMMARY OF KIPAR TIMEOUTS
:RESTORE NORMAL CPU TRAP ROUTINE ADDRESS
: ; GO TO NEXT TEST

,"4

:CLEAN UP THE STACK
: ONE OF THE KI PARS TIMED OUT
:FOR TIGHTen SCOPE LOOP
: REPLACE ERROR CALL WITH
: "BR 2$" = 000756
: LOAD THE ADDRESS THAT TIMED OUT INTO R2
: "OR" IT WITH OTHER AOORS. THAT TIMED OUT
; "AND" IT WITH OTHER ADDRS. THAT TIMED OUT

; INCREMENT THE TIMEOUT COUNTER
; BRANCH BAC~ TO TEST THE NEXT KIPAR

; ; ."'. "''''. ** •••• "'''' ..... ****.'''.''' '" ••• '" ***.* ••• >t'" *.**** •• "'.>ft •••• "'."' ••••
.'ERNEL PDR' 5 TIMEOUT TEST

: _TEST 7

:
:

:.
:

021362

000004

021364
021372
021400
021404

012737
012737
012700
012701

THIS TEST ADDRESSES THE EIGHT (f: KERNEL PAGE DESCRIPTOR
REGISTERS (KIPDRO-KIPDR7) AND CHECKS THAT SOMETHING
RESPONDS TO THEIR ADDRESSES.

:.
; ; ...... '" *•• SCOPE
'" * '" '" '" •••• '"
TST7:
021426
021464
172300
000010

001110
000004

1$:

MOV
MOV
MOV
MOV

.*. "' . .

* "' •••••• *"' .. '" "' . . '" '" '" ., '" '" '" ** "' .. *'" '" "' .... '" '" '" *.* *'" '" '"
:SET LOOP ON ERROR POINTER TO 2$
: SET TIMEOUT VECTOR TO 5$
: LOAD RO WITH ADDRESS OF FIRST REG.
; LOAD Rl WITH LOOP COUNT (8)

'2S,SLPERR
'5$,1114
NKIPDRO, RO
IIO,Rl

CFKTHBO POP 11/34 MEM MGNT DIAG MACY11 30A( 1052)
27-~UN-7e
09:33
PAGf 36
CFKTHB.Pl1
27-JU'-78 09:27
T7
KERNEL PDR'S TIMEOUT TEST
lG60
1661
1662
1663
1664
1665
1666
1667
1668
1669
1670
1671
1672
1673
1674
1(;75

177777
001376
001400

021410
021416
021422
021426

012737

021430
021434
021436
021444
021450
021452
021454
021462

062700
077104
012737
005737
001401
104010
012737
000414

000002

021464
021470

062706
104007

000004

021472
021474
021500
021502
021506
021512

010002

005037
005037
005710

001374

25'
3$:

021364
001400

001110

002332

000004

4$'

5$'

MOV
CLR
CLR
TST

l-l,ANDADR
ORADR
TONUM
( RD)

ADD
SOB
MOV
TST
BEQ
ERROR
MOV
SR

1112, RO
Rl,2$
Nl$,SLPERR
TONUM
4$
10
NTiMERR,.#4
TST10

ADD
ERROR

MOV
BIS
COM
elc
INC
BR

R2,ORADR
R2
R2, ANDADR
-ONUM
3$

j BRANCH

OSO.l'::J1

001376

005102
040237
005237
000746

001374
001400

I F NO

: SUMMARY OF K I PDR TIMEOUTS
: RESTORE NORMAL CPU TRAP ROUTINE ADDRESS
; ; GO TO NEXT TEST

N4,KSP

;CLEAN UP THE STACK
; ONE OF THE KI PDRS TIMED OUT
: FOR TiGHTER SCOPE LOOP
:REPLACE ERROR CALL WITH
: "BR 2$·' = 000756
: LOAD THE ADDRESS THAT TIMED OUT INTO R2
; "OR" IT WITH OTHER ADDRS. THAT TIMED OUT
: '·AND" IT WITH OTHER ADDRS. THAT TIMED OUT

1 G76

1677
11378
1679
1680
, 681
1682
'683
1684
1685
1686
1687
168B
1689
1690
1691
1692
1693
1694
1695
1696
1697
169B
1699
1"/00
1701
1702
1703
1704
1705
1706
1707
1708
'·/09
1710
1711
1712
1713
1714
1715

SEQ 0035

:INITlALlZE "AND" OF ADOR. LCC
; INITIALIZE "OR·' OF ADDR. LOC.
; INITIALIZE "TIMEOUTS" COUNTER
;TRY ADDRESSING A KIPDR
;IF IT TIMES OVT, WILL GO TO 5$
: PUT NEXT K I P~R ADDRESS IN RO
; LOOP BACK TO 2$ UNTI L ALL TESTED
: RESET LOOP ON ERROR POINTER TO 1 $
;DID ANY OF THE KIPDRS TIME oun

RO,R2

; INCREMENT THE TIMEOUT ~OUNTER
; BRANCH BACK TO TEST THE NEXT KIPDR

"'*'"

i ; •••• "'''' "'''' ."'."'."''''.''' "' •• '" "' •••••
* *. "'''''''. *'" •• *'" •• "'''' ••
:'TEST 10
USER PAR'S TIMEOUT TEST

"'* ...... "'."'''' ••••

:.
:.
:.
;'

THIS TEST ADDRESSES THE EIGHT (8) USER PAGE ADDRESS
REGISTERS (UIPARO-UIPAR7) AND CHECKS THAT SOMETHING
RESPONDS TO THEIR ADDRESSES.

j ; oil • • "'''' • • • • • • • "' • •

021514

000004

021516
021524
021532
021536
021542
021550

012737
012737
012700
012701
012737
005037
005037
005710

021560
021616
177640
000010
177777
001376
001400

000002

021576
021602
021604
021606
021614

062700
077'04
012737
005737
001401
104010
012737
000414

021616
021622

062706
104007

021554

021560
021562
021566
021570

DOl I 10
000004

SCOPE

IS:

MOV
MOV
MOV
MOV
MOV
CLR
CLR
TST

lUI PARO, RO
"0,R'
N-1,ANDADR
ORAOR
TONUM
(RD)

ADD
SOB
MOV
TST
SEQ
ERROR
MOV
BR

n,RO
Rl,2$
#1$,$LPERR
TONUM
4$
10
NTIMERR,"'4
TST11

ADD
ERROR

#4,KSP

001374

25:
35'

021516
001400

001110

002332

OOOOIY

000004

*.* ••••••• rfc • • • • •

TST 1 0:

4$:

5$:

'2S,SLPERR
"'5$,@1I4

>to "' ....

** •• "'''' ....... "'.'" "' •• "'.'" **4' ."'''' ••

; SET LOOP ON ERROR POINTER TO 2$
:SET TIMEOUT VECTOR TO 5$
: LOAD RO WI TH ADDRESS OF FIRST REG.
:LOAO Rl WITH LOOP COUNT (e)
;INITIALIZE ··AND·· OF AuDR. LOC
;INITIALIZE "OR" OF AODR. LOC.
i INITIALIZE "TIMEDUTS" COUNTER
;TRY ADDRESSING A UIPAR
;IF IT TIMES OUT, WILL GO TO 5$
;PUT NEXT UIPAR ADDRESS IN RO
; LOOP BACK TO 2$ UNTI L ALL TESTED
;RESET LOOP ON ERROR POINTER TO 1$
: DID ANY OF THE U I PARS TIME Dun
: BRANCH I F NO
:SUMMARY OF UIPAR TIMEOUTS
: RESTORE NORMAL CPU TRAP ROUTINE ADDRESS
: ; GO TO NEXT TEST
:CLEAN UP THE STACK
;ONE OF THE UIPARS TIMED OUT

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A(1052)
27-~UN-7B
09.33 PAGE 37
CFK THB. P 11
27-JUN-78 09: 27
T! 0
USER PAR'S TIMEOUT TEST
1716

1717
1718
1719
1720
1"721
1722
1723
1724
1'/25
1726
1727
1728
1729
1730
1731
1732
1733
1734
1735
1736
1737
1/38
1739
1740
1'141
1742
1743
1744
1745
1746
1747
1748
1749
1750
1751
1752
1753
1754
175~

1756
1757
1756
1759
1760
1761
1762
1763
1764
1765
1766
1767
176B
1769
1770
1771

021624
021626
021632
021634
021640
021644

010002
050237
005102
040237
005237
000746

MOV
81S
COM
81C
INC
8R

001376
001374
001400

...

~O,R2

R2,ORADR
R2
R2,ANDADR
TDNUM
3$

seQ 0036

FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL ~ITH
"8R 2$" • 000756
LOAD THE ADDRESS THAT TIMED OUT INTO R2
"OR" IT WI TH OTHER AOORS. THAT TIMED OUT
"AND" 1: WITH OTHER ADORS. THAT TIMED OUT
; INCREMENT THE TIMEOUT COUNTER
; BRANCH BACK TO TEST THE NEXT UIPAR

; _TEST 11

;

;.
;
;

USER PDR' S TIMEOUT TEST

THIS TEST ADDRESSES THE EIGHT (B) USER PAGE DESCRIPTOR
REGISTERS (UIPDRO-UIPDR7) AND CHECKS THAT SOMETHING
RESPONDS TO THEIR ADDRESSES.

;.
; ; •••••• "' ••• "' •••••••••••••••••••••••••••• * .........................
021646

000004

021650
021656
021664
021670
021674
021702
021706
021712

012737
012737
012700

021714
021720
021722
02 I 730
021734
021736
021740
021746

062700
012737
005737
001401
104010
012737
000414

021750
021754

062706
104007

021756
021760
021764
021766
021772
021776

010002
050237
005102
040237
005237
000746

012701

012737
005037
005037
005710

021712
021750
177600
000010
177777
001376
001400

00111 a
000004

TsTl1 :

SCOPE

IS:

MOV
MOV
MOV
MOV
MOV
CLR
CLR
TST

N2$,SLPERR
#55,1"4
NUIPDRO,RO
N10,R1
N-l,ANDADR
DRADR
TONUM
(RO)

ADD
SOB
MOV
TsT
BEQ
ERROR
MOV
BR

N2,RO
Rl,2$
N1$,$LPERR
TONUM
4$
10
#TlMERR ,.#4
TsT12

ADO
ERROR

N4,KSP
7

MOV
BIS
COM
BIC
INC
BR

RO,R2
R2,ORAOR
R2
R2,ANDADR
TONUM
3$

001374
25:
3$:

000002

077104

021650
001400

00111~

002332

000004

4$:
5$:

000004

001376
001374
001400

; SET LOOP ON ERROR POINTER TO 2$
; SET TIMEOUT VECTOR TO 5$
ILOAD RO WITH ADDRESS OF FIRST REG.
;LOAD Rl WITH LOOP COUNT (8)
;INI T1ALIZE "AND" OF ADOR. LOC
;INITIALlZE "DR" OF ADDR. LaC.
;INITlALlZE "TlMEOUTS" COUNTER
I TRY ADDRESSING A UIPDR
; IF IT TIMES OUT, WI LL GO TO 5$
I PUT NEXT UIPDR ADDRESS IN RO
;LOOP BACK TO 2$ UNTIL ALL TESTED
; RESET LOOP Ol~ ERROR POINTER TO 1$
;010 ANY OF THE UIPDRS TIME OUT?
; 8RANCH I F NO
; SUMMARY OF U 1PDR TlMEOUTS
;RESTORE NORMAL CPU TRAP ROUTINE ADDRESS
; ; GO TO NEXT TEST
; CLEAN UP THE STACK
JONE OF THE UI?u:13 TIM:::O OUT
;FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; '8R 2$"
000756
; LOAD THE ADDRESS THAT TIMED OUT INTO R2
; "OR" IT WITH OTHER ADDRS. THAT TIMED OUT
; 'AND'
WITH OTHER ADDRS. THAT TIMED OUT

; INCREMENT THE TIMEOUT COUNTER
; BRANCH BACK TO TEST THE NEXT UI PDR

; ; ••••••• "' ••••••••••• "' •••••••• "' •• • "'''' "' •• * •• "'."'''' ••• '''. "'''''''" ••••••••••

;.TEST 12

SRO(15:13) 8IT TEST 8 SR2 TEST

;.
;.
;.

THIS TEST CHECKS BITS <15: 13> OF STATUS REGISTER 0 TO SEE
THAT EACH CAN BE SET AND CLEARED AND THAT A 'RESET' WIll
CLEAR ALL OF THEM.
A TEST OF THESE THREE ERROR BITS CHECKS

CFK THBO PDP 11 /34 MEM MGNT DUG MACY 11 30A( 1052)
27-~UN-78
09: 33 PAGE 38
CFKTHB.PI1
27-JUN-78 09'27
T12
sRO(15"3) BIT TEST & SR2 TEST
;.

1772

1773
1774
1775
1776
1777
1778
1779
1780
1781

1782
1783
1784
1785
1786
1787
1788
1789
1790
1791
1792
1793
1794
1795
1796
1797
1798
1799
1900
1801
180~

1803
1804
lB05
lB06
lB07
1808
1809
1810
1811
lB12
1613
1814
1815
lB16
lB17
lB18
1 B19
1820
1821
1922
1823
1824
'825
'826
1827

; ; .... "' •••• "' ••• "' •••• "' ............... oil."' •• "' •• '" *.* ••••••••••••• "" ••••••

;.
;.

;

: ; • • • • • • • • • • • • • • • • • • • • • • • • • • • • • 111 • • • • • • • • • "' • • • • • • •

022000

000004

022002
022006
022012
022014
022016
022020

012700
012710
000005
011001
001404
104011

177572
160000

022022
022030
022036
022042
022046
022050

012737
013737
012701
020137
001401
104041

022030
177576
022030
001370

0011 10
001370

~$:

022052
022060
022064
022070
022072
022074
022076
022100
022102

012737
012701
012703
005010
050110
011002
020102

022070
100000
000003

001110

3S:

022104
022110
022116

012704
013737
020437

022122
022124

022126
022130
022132
022134

TST 12:

SCOPE

IS:

MOV
MOV
RESET
MOV
BEQ
ERROR

(RO) ,Rl
2$
11

MOV
MOV
MOV
CMP
BEQ
ERROR

N2S,$LPERR
SR2,WASSR2
N2S,Rl
Rl,WAssR2
3$
41

MOV
MOV
MOV
CLR
BIS
MOV
CMP
BEQ
ERROR

N4S,$LPERR
NBIT1S,Rl
n,R3
(RO)
Rl, (RO)
(RO) ,Ra
Rl,Ra

4$:

55:

001~01

104012

65:

'SRO,RO
''60000,(Ro)

6$
12

MOV
MOV
CMP

'SS,R4
SR2,WASsR2
R4,WAssR2

001401
104064

BEQ
ERROR

7$
J4

006001
077321
005010
012737

ROR
SOB
CLR
MOV

Rl
R3,4$
(RO)
N1S,SLPERR

022072
177578
001370

022002

001370

0011 10

SEQ 0037

PART OF SRO, THE SRO MUX AND THE KTMUX.
THE REST OF THE
BITS IN SRO WILL BE CHECKED LATER.
ALSO CHECK THAT SR2 IS TRACKING WITH MEM. MGMT.
OFF BUT LOCKS UP WHEN ANY OF sRO ERROR BI Ts SET.

***.11< ••• ** ....... .

; LOAD ADDRESS OF SRO INTO RO
;SET BITS <15:13> IN sRO (ERROR BITS)
IISSUE AND "INIT" SIGNAL
;READ SRO INTO Rl TO SEE IF CLEAR
;BRANCH IF sRO<15:13> CLEAREO BY 'INIT'
;SRO<15:13> NOT CLEARED BY A "RESET'
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 1$" = 000770
; SET LOOP ON ERROR POINTER TO 2$
;READ CONTENTS OF SR2
; LOAD EXPECTF.D CONTENTS INTO Rl
; IS 5R2 TRACKING?
;BRANCH IF YES
; SR2 NOT "TRACKING" VIRTUAL ADDRESSES
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 2$" • 000767
; SET LOOP ON ERROR POINTER TO 4$
;PUT DATA TO BE WRITTEN IN Rl
; SETUP R3 AS A LOOP COUNTER
; CLEAR SRO
ISET ONE OF THE ERROR BITS IN SRo
; READ SRO INTO R2
;010 RIGHT ERROR BIT GET SET?
; BRANCH I F YES
;BITS WERE SET WRONG IN sRO
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;"BR 4$" • 000772
; LOAD EXPECTED CONTENTS OF SR2 IN R4
;READ SR2
; DID ~R' LUC, UP WH.N ERROR
; BIT SET IN SRI?
I BRANCH I F YES
;SR2 DID NOT LOCK UP
; FOR TI GHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 4$" • 000761
;CHANGE DATA TO CHECK NEXT ERROR BIT
ILOOP BACK UNTIL <15:13> ALL TESTED
; CLEAR SRO BEFORE LEAVING
; RESET LOOP ON ERROR POINTER TO 1 $

; ......... 1$1.'" ................ *"' ••• *"' •• "'**. * .......... "' •••••• *."'.* ••
SRO & PSW DUAL ADDRESSING TEST

• T£ST 13

THIS TEST CHECKS MORE OF THE ADDRESS DETECTION LOGIC BY

CFIHHBO PDP' '/34 MEM MGNT DIAG MACVI1 30A( 1052)
21-~UN-1B
09:33 PAGF 39
CFKTHB.P',
27-JUN-18 09:21
T,3
SRO & PSW DUAL ADDRESSING TEST
, 828
'829
'030
1831
1832
1833
1834
1835
1836
1837
1838
1839
1340
1841

lU42
1843
1844
1845
1846
1847
1048
1049
lB50

:.
::.
:.

i ; ••• "'''' ..................................................... ,~,,"* ••••••
TSTI3:
SCOPE

022'42

000004

022,44
022' 50
022'54
022160
022164
022'66

00503"
005037
106427
013700
00'40'
, 04~' 3

177776
177572
000340
177572

022170

005031
005031

177572
177776

022174

2$:

1 B60

1861
1852
1863
1864
1865
1066
1867
1<l68
1869
1870
1871
1872
1673
1874
1875
, 876
1877
1878
'879
'880
'88'
'882

'883

CLR
CLR
MTPS
MOV
BEQ
ERROR

PSW
SRO
N340
SRO ,RO
2$
13

CLR
CLR

SRO
PSW

j ;* .........

:_TEST 14

:.
:.
:.

1851

1852
1853
'854
1855
1856
1 A57
1858
1059

022200
022202
022206
022212
022214

000004
0'2700
013700
001401
'04014

SEQ 0038

VERIFYING THAT STATUS REGISTER 0 IS NOT EFFECHO BY WRITING
TO THE PSW AND THAT THE LOW BYTE OF STATUS REGISTER 0
IS NOT EFFECTED BY WRITING TO ITS HIGH BnE.
THIS IS TO
SEE IF AD~ACENT OUTPUTS ARE SHORTED ON THE ADDRESS DET. LOGIC.

: CLEAR THE PSW
:CLEAR STATUS REGISTER 0
:SET PRIORITY 7 IN LOW BYTE OF PSW
: READ STATUS REGISTER 0
:8RANCH IF IT WAS STILL 0
:SRO EFFECTED 8Y A WRITE TO THE PSIII
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
: "BR 1 $" • 000767
:BE SURE SRO IS 0 BEFORE LEAVING
: BE SURE PSW IS 0 BEFORE LEAVING

** ••• "'* •••• t •••• ** .. "' ..... "' •••••••

I11. . . . . . . "'."""' • • • • • • • • • • • • • • •

TEST THAT SRI READS ALL ZEROS

THIS TE~TS CHECKS THAT EVEN THOUGH STATUS REGISTER 1
IS NON-EXISTENT, ITS ADDRESS SHOlJLD RESPOND WITH ALL ZEROS,
THEREBY CHECK ANOTHER PORTION OF THE ADDRESS DETECTION LOGIC.

; ;•••••••• '" •••••••••••••••••••••••• '" ••••• *."' •• * "'* •• "' •• "''''*.*.*.* ••

TSTI4:
171717
177574

SCOPE
MOV
MOV
BEQ
ERRO~

H-l,RO
SR1,RO
TsT15
14

;;'" ............ '" .* . '" ."'. '" "' ..
: _TEST 15

:.
:.
:.
::.

:FILL RO WITH ALL ONES
:REAO SRI INTO RO
: : BRANCH I F SRI READS ALL ZEROS
: SRI DID NOT READ ALL ZEROS
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
: 000712
III • • • • • • •

** * ..... III.., **** *.*.*"''''''' •• *. *"'*'11"" •••

BIT TEST Of KERNEL & USER PAR'S

THE FOLLOWING TEST CHECKS THE BITS q 1 :00> OF BOTH THE KERNEL
AND USER PAGE ADDRESS REGISTERS.
A "0" IS ROTATED THRU
THE REGISTERS FROM LEFT TO RIGHT.
THIS CHECKS THE OPERATION
OF THE PAR/PDR ADDRESS MUX, THE KT MUX, AND THE PAR
OUTPUT DATA LINES.

:; •••.•••• * ............................. *.*** •• * ••• ** •••••••••••••••
0222'6

000004

022220
022224
022230
022236
022240
022242
022244

012700
0' 2703
0'2737
005010
0,,00,
00140'
'040' 1

172340
000010
022236

TSTI5:

SCOPE

1$:

MOV
MOV
MOV
CLR
MOV
BEQ
ERROR

25:

3S:

NKIPARO,RO
Hl0,R3
US,SLPERR
(RO)
(RO) ,Rl
45
II

: LOAD ADDRESS OF FIRST PAR IN RO
: SETUP R3 TO COUNT B PAR'S
: SET LOOP ON ERROR POINTER TO 35
: CLEAR THE PAR
: READ THE PAR INTO Rl
: BRANCH I F PAR CLEARED OK
: PAR WOULD NOT CLEAR

CFKTHBO PDP 11 /34 MEM MGNT 01 AG MACV11 30A( 1052)
21-~UN-7B
09:33
PAGE 40
cr-KTHB.P11
27-JUN-7B 09: 27
TIS
BIT TEST OF KERNEL & USER PAR'S
18B4
lBBS
WB6
lA87
'88B
'8B9
'890
1891
'892
1B93
1894
1895
lB96
1897
lB9B
1899
, 900
, 901
1902
1903
, 904
1905
'906
1907
190B
1909
1910

022246
022252
022260
022262
022264
022270
022272
022274
022276
022300

012704
0' 2737
005010
0'040'
042701
050110
011002
020' 02
001401
1040'2

022302
022304
022306
0223 10
022314
022316
022322
022324
022330
022332

000261
006004
'03764
C62700
077330
022700
103003
012100
000135
012131

167111
022260

4$:
0011 10

5$:
110000

6S:
000002
117660
111640
022220

001110

1$:

MOV
MOV
CLR
MOV
BIC
BIS
MOV
CMP
BEQ
ERROR

.. 161171, R4
'5$, $LPERR
(RO)
R4.Rl
,'70000,RI
Rl,(RO)
(RO) ,R2
Rl,R2
6$
12

SEC
ROR
BCS
ADO
SOB
CMP
BHIS
MOV
BR
MDV

R4
S$
'2,RO
R3,3S
NUIPAR7+2.RO
7$
NUIPARO,RO
2$
"$.$LPERR

FOR TIGHTER SCOPE lOOP
REPLACE ERROR CALL WITH
"BR 3$" = 000774
LOAD "WALKING 0" TEST PATTERN IN R4
SET LOOP ON ERROR POINTER TO 55
CLEAR IE P~R BEFORE LOADING DATA
LOAD DATA INTO Rl
MASK UNUSED BITS OUT OF THE DATA
BIT SET THE TEST PATTERN INTO THE PAR
READ THE PAR INTO R2
DOES DATA WRITTEN=DATA READ?
BRANCH I F yES
PAR BITS DID NOT SET CORRECTLY
fOR TIGHT ER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 5$" = 000767
SET THE C-BIT FOR THE ROTATE INST.
ROTATE THE TEST PATTERN IN R4
BRANCH BACK I F MORE BITS TO TEST
GET NEXT PAR ADDRESS IN RO
BRANCH BACK UNTIL ALL PAR'S TESTED
HAVE USER PAR'S BEEN TESTED
BRANCH I F YES
LOAD FIRST USER PAR AODR. IN RO
BRANCH BACK TO TEST USER PAR' 5
RESET LOOP OR ERROR POINTER TO 1$
LEAVE TEST WITH BITS <11 :1>-1 IN ALL PAR'S

SEQ 0039

CFKTHBO PDP 11/34 MEM MGNT DUG MACV I t 30A( 1052)
27-~UN-7B
09: 33 PAGE 41
CFKTHB.Pll
27-~U"-78 09:27
T16
BIT TEST OF KERNEL & USER PDR'S
1911
1912
1913
1914
1915
1916
1917
191B
1919
1920
1921
1922
1923
1924
1925
1926
1927
192B
1929
lno
I'J31
1932
1933
1934
1935
1936
1937
1938
1939
1940
1941
1942
1943
1944
1945
1945
1947
1948
1949
1950
: 951
1952
1953
1954
1955
1956
195i
1958
1959
1960
1961
1962
1963
1964
1965
1966

...................................................................... .

;;

;. TEST 1 B

;

;.
;>
;.
;.
;.
;.

BIT TEST OF KERNEL & USER PDR' S

THE FOLLOWING TEST CHECKS THE BITS <14:8> AND <3: 1> OF 80TH THE
KERNEL AND USER PAGE DESCRIPTOR REGISTERS.
A '0' IS ROTATED
THRU THE REGISTERS FROM LEFT TO RIGHT.
SOME TEST PATTERNS WILL
BE LOADED MORE THAN ONCE DU~ TO THE UNUSED BITS IN THE PDR'S.
THE PAR/POR ADDRESS MUX, KTMUX, AND PDR OUTPUT DATA LINES
ARE BEING CHECKED.

................................................................... .

;
;;
022340

000004

022342
022346
022352
022360
022362
022364
0.2366

012700
012703
012737
005010
011001
001401
104011

172300
000010
022360

012704

077777

012737

022402

022370
022374
022402
022404
022406
0224 t ~
02241.
022416
022420

022422

02242'

022426
022430
022432
022436
022440
02244.
022446
022452
022.54

005010
010401
042701
050110

TST 1B:

SCOPE

1$:
2$:

MOV
MOV
MOV
CLR
MOV
BEQ
ERROR

NKIPDRO,RO
Nl0,R3
N3S,$LPERR
(RD)
(RO) ,Rl
4$
tl

MOV
MOV
CLR
MOV
BIC
BIS
MOV
CMP
BEQ
ERROR

l077777,R4
N5$ ,SLPERR
(RO)
R4,Rl
Nl00361,Rt
Rl,(RO)
(RO) ,R2
Rl,R2
6$
12

SEC
ROR
BCS
ADO
SOB
CMP
BHIS
MOV
BR
MOV

n,RO
R3,3$
lUI PDR7+2, RO
7$
.IUIPDRO, RO
2$
,
'1$,$LPERR

0011 to

3S:

4$:
0011 to

5$:
100361

011002
020102
001401
104012

000261
006004
10376.
062700
017330
022700
103003
012700
000735
012737

6S:

000002
177620
177600

022342

0011 to

7$:

.................................. .............................. .
,.,

;;

;>TEST 17

;

; LOAD ADDRESS OF FIRST PDR IN RD
; SETUP R3 TO COUNT 8 PDR' S
; SET LOOP ON ERROR POINTER TO 3$
;CLEAR THE PDR
; READ THE PDR INTO Rl
; BRANCH IF PDR CLEARED OK
; POR WOULD NOT ('LEAR
: FOR TIGHTER SCOPE LOOP
;REPLACE ERROR CALL WITH
; "BR 3$" =: 000774
; LOAD "WALKING "0" TEST PATTERN IN R4
;SET LOOP ON ERROR POINTER TO 5$
;CLEAR THE POR BEFORE LOADING DATA
; LOAD DATA INTO Rl
;MASK UNUSED BITS OUT OF THE DATA
; BIT SET THE TEST PATTERN INTO THE POR
; READ THE PDR INTO R2
;OOES DATA WRITTEN-DATA READ?
; BRANCH I F YES
;PDR BITS 010 NOT SET CORRECTlY
; FOR T I GUTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; 'BR 55" • 000767
;SET THE C-BIT FOR THE ROTATE INST.
; ROTATE THE TEST PATTERN IN R4
; BRANCH BACK I F MORE BITS TO TEST
;GET NEXT PDR ADDRESS IN RO
;BRANCH BACK UNTIL ALL PDR'S TESTED
; HAVE USER PDR' S BEEN TESTED?
; BRANCH I F YES
; LOAD FIRST USER PDR ADDR. IN RO
; BRANCH BACK TO TEST USER PDR' 5
;RESET L~OP ON ERROR POINTER TO 1$
: LEAVE TEST WITH ALL WRITEABLE BITS IN
;AlL PDRIS = 1

;0
;.
;.

TEST FOR DUAL BYTE ADDRESSING OF KERNEL & USER PAR'S

THE FOLLOWING TEST WRITES TO Bom BYTES OF THE KERNel & USER
PAR'S SEPERATElY TO SEE THAT WRITING TO ONE DOES NOT EFFECT
THE OTHER.
THIS FURTHER VERIFIES THE OPERATION OF THE PAR/PDR
ADOR. MUK AND THE AilOR. DETECTION LOGIC.

CFKTHBO PDP 11/34 MEM MGNT DUG MACYlt 30A(1052)
27-~UN-7B
09:33
PAG~ 42
CFKTH8.Pl1
27-~UN-78 09:27
Tt7
TEST FOR DUAL BYTE ADDRESSING OF KERNEl a USER PAR'S

;.
;;

1967
1968

1969

SEQ 0040

022462

000004

...............................................................

TSTt71

SCOPE

SEQ 0041

CFI\THBO PDP 11/34 MEM MGNT 01 AG MACYll 30A ( 1052)
27-JUN-7B 09: 33
PAGE 43
CFKTHS,Pll
27-JUN-78 09:27
T17
TEST FOR DUAL BYTE ADDRESSING OF KERNEL g USER PAR'S
1970
1971
1972
1973
1974
1975

022464
022470
022476
022502
022506

012700
012737
012703
012701
005010

172340
022502
000010
177777

1$:
001110

2$:

3$:

MoV
MoV
MoV
MoV
elR

NKIPARO,RO
N3$,$LPERR
.t10.R3

#-1,R1
(RO)

LOAD ADDRESS OF FIRST PAR INTO RO
SET LOOP ON ERROR POINTER TO 3$
LOAD LOOP COUNTER TO DO B PARI S
lOAD TEST PATTERN INTO Rl
CLEAR T.. E PAR

27-JUN-7B 09:33
CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A(1052)
PAGE 44
CFKTHB.P11
27-JUN-78 09: 27
TI7
TEST FOR DUAL BYTE ADDRESSING OF KERNEL & USER PAR'S
1D76
1977
1978
1979
1980

1101' 0
011002
042701
020102

1981

022510
022512
022514
022520
022522
022524

1982
1983
1984
1985
19B6
1987

022526

022534
022536

012737
005010
012701

1988
1989

1990
1991
1992
1993
1994
1995
1996
1~97

1998
1999
2000
2001
2002
2003
2004

177400

001401

104015

MDVB
MOV
BIC
CMP
BEQ
ERROR

Rl, (RO)
(RO) ,R2
NI77400,RI
Rl,R2
4$
15

MoV
CLR
MoV
MoVB
MoV
BIC
CMP
BEQ
ERROR

N5$,SlPERR
(RO)
#-I,Rl
Rl,1 (RO)
(RO) ,R2
#170377,Rl
RI,R2
6$
15

ADD
SOB
CMP
BHIS
MoV
BR
MOV

'2,RO
R3,3$
NUIPAR7+2,RO
7$
NUIPARO,RO

WRITE 1 I S TO THE LOw BYTE OF THE PAR
READ THE ENTIRE PAR INTO R2
MASK HIGH BYTE & UNUSED 81TS OUT OF THE DATA
WAS ONLY THE LOW BYTE WRITTEN TO
BRANCH IF YES
HIGH BYTE EFFECTED BY WRITING lOIil BYTE IN PAR
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"SR 3$"
000766
SET LOOP ON ERROR PoINTF.R TO 5$
CLEAR THE PAR
lOAD TEST, PATTERN INTO Rl
WRITE l ' S TO THE HIGH BYTE OF THE PAR
READ THE ENTIRE PAR INTO R2
MASK LOW 8YTE & UNUSED BITS OUT OF DATA
WAS ONLY THE HIGH 8YTE WRITTEN T07
8RANCH I F YES
LOW 8YTE EFFECTED 8Y WRITING HIGH 8YTE IN PAR
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL wITH
"8R 5"
000765
PUT ADDRESS OF NEXT PAR IN RO
BRANCH 8ACK UNT I L B PAR'S TESTED
HAVE USER PAR'S 8EEN TESTED
BRANCH I F YES
LOAD ADDRESS OF FIRST USER PAR IN RD
8RANCH BACK TO TEST USER PAR' 5
RESET LOOP ON ERROR POINTER TO 1$

022542

022546
022550
022554
022556

110160
011002

022534

001110

4$:

5$:
177777
000001
170377

0::2:2560

042701
020102
001401
104015

022562
022566
022570
022574
022576
022602
022604

062700
077333
022700
103003
012700
000732
012737

000002

6$:

177660
177640
022464

001110

7$:

2$
HIS,$lPERR

seq 0042

SEQ 0043

CFK THBO POP 11 /34 MEM MGNT DIAO MACVI1 30A ( 1052)
27-JUN-7B
09: 33
PAG .. 45
CF><THB. Pll
27-JUN-7B 09: 27
T20
TEST FOR DUAL BYTE ADDRESS I NO OF KERNel & USER PDR' 5

2005
2006
2007
200B
2009
2010
2011
2012
2013
2014
2015
2016
2017
201S
2019
2020
2021
2022
2023
2024
2025
2026
2027
202B
2029
2030

* •••

;

THE FOLLOWING TEST WRITES TO BOTH BYTES OF THE KERNEL & USER

I'
I'

PDR'S SEPERATELY TO SEe THAT WRiTING TO ONE OOES NOT EFFECT
THE OTHER.
THIS FURTHER VERIFIES THE OPERATiON OF THE PAR/PDR
ACDR. MUX AND THE AODR. DETECTION LOGIC.

;
022612

000004

022614
022620
022626
022632
022636
022640
022642
022644
022650
022652
022654

012700
012737
012703
012701
005010
110110
011"02
042701
020102
001401
104015

022656
022664
022666
022672
022676
022700
022704
022706
022710

012737
005010
012701
" 0160
011002
042701
020'02
001401
1040'5

022712
022716
022720
022724
022726
022732
022734

062700
077333
022700
103003
012700

i ; '" '" ",.41. It: *"'$011$"''''Ijo • • • • • • • "''''' . . . . . . . . ''' '"
TST20:
SCOPE

172300
022632
000010
177777

MOV
MOV
MOV
MOV
CLR
Mova
MOV
BIC
CMP
BEQ
ERROR

1$'

3$.

001110

177761

NKIPDRO,RO

H3$, SLPERR
Hl0.R3
#-1 tAl
(RO)
Rl, (RO)
(RO)'R2
N177761,Rl
Rl,R2
4$
15

~031

2032
2033
2034
2ol35
2036
2037
2038
2J39
2040
2041
2042
2043
2044
2045
2046
2047
204B
2049
2050
2051
2052

022664

001110

4$.
5$'

MOV
CLR
MOV
Mova
MOV
BIC
CMP
BEQ
ERROR

177777
000001

100377

6$:

000002

ADD
SOB
CMP
BHIS
MOV
BR
MOV

177620
177600

0~0732

012737

022614

001110

7$:

*..... ** •••• "' •••• "'oto*"''''.''' •• ' ' ••••

LOAD ADDRESS OF FIRST PDR INTO RO
SET LOOP ON ERROR POINTER TO 35
LOAD LOOP COUNTER TO 00 8 POR' S
LOAD TEST PATTERN INTO Rl
CLEAR THE PDR
WRITE 1
TO THE LOW BYTE OF THE POR
READ T~E ENT I P.E POR INTO R2
MASK HIGH BYTE /I UNUSED BITS OUT OF DATA
WAS ONLY THE LOW BYTE WRITTE1~ T07
BRANCH I F YES
HIGH BYTE EFFECTED BY WRITING lOW BYTE IN PDR
FOR TlG4TER SCOPE LOOP
REPLACE ERROR CALL WITH
11 BR
3$"
000766
SET LOOP ON ERROR POINTER TO 5$
CLEAR TH~ PDR
LOAD TEST PATTERN INTO Rl
WRITE I'S TO THE HIGH BYTE OF THE PDR
READ THE ENTIRE PDR INTO R2
MASK LOW BYTE /I UNUSED BITS OUT OF DATA
WAS ONLY THE HIGH BYTE WRITTEN T07
BRANCH IF YES
LOW BYTE EFFECTED BY WRiTING HIGH BYTE IN PDR
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
.. BR 5$" = 000765
PUT ADDRESS OF NEXT PDR IN RO
BRANCH BACK UNT IL 8 POR' S TESTED
HAVE USER POR' S BEEN TESTED?
BRANCH I F YES
LOAD ADDRESS OF FIRST USER POR IN RO
BRANCH BACK TO TEST USER PDR' S
RESET LOOP ON ERROR POINTER TO 1 S

N5S,$LPERR
(RO)

#-1,R1
Rl,1(RO)
(RO) ,R2
Nl 00377, Rl
Rl,R2

'a,RO
R3,3$
NUIPOR7+2,RO
7$
NUIPDRO,RO

2$
N1S,$LPERR

CFKTHBO POP 11/34 MEM MGNT DIAG MACY1l 30A (1 052)
27-JUN-78 09: 33
PAGE 46
CFKTHO.Pl1
27-JUN-78 09'27
121
PAR-POR ~UAL ADDRESSING TEST

2053
2054
2055
2056
2057
2050
2059
2060
2061
2062
2063
2064
2065
2066
2067
2068
2069
2070
2071
2072
2073
2074
2075
2076
2077
207B
2079
20BO
20Bl
20B2
20B3
20B4
20B5
20B6
20B7
20BB
20B9
2090
2091
2092
2093
2094
2095
2096
2097
209B
2099
2100
2101
2102
2103
2104
2105

seq 0044

i ; •• "' •• 1iI$"' • • • "'."'''.'''''' • • • "' . . . . "' • • • • *' ***'"
* .... 1fI • • '" ."'''' • • • • • • • • • • •
;.TEST 20
TEST FOP DUAL BYTE ADDRESSING OF KERNEL & USER PDR'S

SEQ 0045

; : •••••• '" •••• "' ••• "'''' •• '''. "'''''''. *••••• * .. '" ** * •• *** 'II"'''' ••••••••• '" '" •• ,......
;*TEST

I'
I'
;.
;.
;.
;.
;.
;.
I'

I'
I'
;.

PAR-PDR DUAL ADDRESSING TEST

THE FOLLwWING TEST SETS ALL OF THE WRITEABLE BITS TO 1
IN THE SIXTEEN (16) PAR'S AND PDR'S USING THE 'SETREG"
SUBROUTINE AND THEN CLEARS JUST ;NE OF THEM.
THE "CMPREG'
SUBROUTINE IS USED TO REAO ALL OF THE PAR'S ANO PDR' S TO SEE
THAT ONLY ONE REGISTER WAS CLEARED IN RESPONSE TO THAT ONE
PAR OR PDR AODRESS.
THE "CMPREG" SUBROUTINE REPORTS THE
ADDRESS OF ANY REGISTER WHOSE BITS 010 NOT REMAIN SET WHEN
ANOTHER REGISTER WAS ClEAREO.

THE PAR ANO PDR CHI PS, PAR/PDR ADDR. MUX, AND ADOR.
LOGIC ARE CHECKED.

DETECTION

; ; •••••••••••••••••• "' •••••••••••• *.*** ••• "'. *"'."' ••••••••• '" "' ' ' '>fl.", ••

022742

000004

012744
022752
022756
022762
022766
022'172
022774
023000
023004
023006
023014
023020
023024
023030
023034
023036
023042
023046
023050
023056
023062
023066
023072
023076
023100
023104
023110
023112
023120
023124
023130
023134
023140
023142

012737
012703
012700
0'2706
004737
005010
004737
062700
077312
012737
012703
012700
0'2706
004737
005010
004737
062700
077312
012737
012703
0'2700
012706
004737
005010
004737
062700
077312
0, 2737
0'2703
012700
012706
004737
005010
004'37

022762
000010
172300
001100
036070

001110

TS121:

SCOPE

1$.

MOV
MOV
MOV
MOV
JSR
CLR
JSR
AOD
SOB
MOV
MOV
MOV
MOV
JSR
CLR
JSR
ADO
SOB
MOV
MOV
MOV
MOV
JSR
CLR
JSR

2S'

036162
000002
023024
000010

001110

17n40

3$.

001100
036070
036162
000002
023066
000010
177600
001100
036070

001110

4$.

036162
000002
023130
000010
177640
001100
036070
036162

~DD

ODIlIa

55'

SOB
MOV
MOV
MDV
MOV
JSR
CLR
JSR

N2S.SLPERR
Nl0,R3
NKIPDRO,RO
HKERSTK, KSP
PC.SETREG
(RO)
PC ,CMPREG
N2,RO
R3,2$
N3$,$LPERR
1110 I R3
NKIPARO,RO
NKERSTK,KSP
PC ,SETREG
(RO)
PC,CMPREG
N2,RO
R3,3$
.4$, SLPERR
N10,R3
NUIPDRO,RO
NKERSTK, KSP
PC, SET REG
( RO)
PC, CMPREG
112, RQ
R3,4$
H5$,$LPERR
Nl0,R3
NUIPARO,RO
HKERSTK,KSP
PC,SETREG
(RD)
PC,CMPREG

SET LOOP nN ERROR POINTER 2$
LOAD LOOP COUNTER WITH AN B
LOAD ADDRESS OF FIRST KERNEL PDR ANO RO
SETUP STACK POINTER
SET ALL 81TS IN ALL PAR'S IN PDR'S
CLEAR ONE OF THE KERNEL paR'S
SEE I F OTHER PAR/PDR' S WERE EFFECTED
FORM ADDRESS OF NEXT KERNEL POR TO Clf.AR
LOOP TO 2$ UNT IL ALL KERNEL POR' S CHECKED
SET LOOP ON ERROR POINTER TO 3$
LOAD LOOP COUNTER WITH AN 8
LOAO ADDRESS OF FI RST KERNEL PAR IN RO
SETUP STACK POINTER
SET ALL BITS IN ALL PAR'S ANO PDR'S
C LEAR ONE OF THE KERNEL PAR' 5
SEE IF OTHER PAR/POR' S WERE EFFECTED
FORM ADORESS OF NEXT KERNEL PAR TO CLEAR
LOOP TO 3$ UNTI L ALL KERNEL PAR'S CHECKED
SET LOOP ON ERROR POINTER TO 45
LOAD LOOP COUNTER WITH AN 8
LOAD ADDRESS or FIRST USER PDR IN RO
SETUP STACK POINTER
SET ALL BITS IN ALL PAR'S AND POR'S
CLEAR ONE OF THE USER POR' S
SEE I F OTHER PAR/PDR' S WERE EFFECTEO
FORM ADDRESS OF NEXT USER PDR TO CLEAR
LOOP TO 4$ UNT I L A LL USER PDR' S CHECKED
SET LOOP ON ERROR POINTER TO 5$
LOAD LOOP COUNTER WITH AN B
LOAD ADDRESS OF FI RST USER PAR IN RO
SETUP STACK POINTER
SET ALL BITS IN ALL PAR'S AND PDR' 5
CLEAR ONE OF THE USER PAR'S
SEe I FaTHER PAR/PDR' 5 WERE EFFECTED

C~KTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(10S2)
27-~UN-7B
09:33 PAGE 47
CFKTHB.Pll
27-JUN-7B 09:27
121
PAR-PDR DUAL ADDRESSING TEST

2106
2107
210B
2109
2110
2111
2112
2113
2114
2115
2116
2117
211B
2119
2120
2121
2122
2123
2124
21~S

2126
2127
212B
2129
2130
2131
2132
2133
2134
2135
2136
2137
2138
2139
2140
2141
2142
2143
2144
2145
2146
2147
2148
2149
2150
2151
2152
2153
2154
2155
2156
2157
2158
2159
2160
2181

023146
023152
023154

062700
077312
012737

ADD
SOB
MOV

000002
022744

0011 10

,.TEST 22

;'
;.
"
"
"

"; ;

000004

023164
023170
023172
02317Q
023202
023204
023210
023212

004737
000005
0; 2700
012704
011001
D22101
001401
104055

036070

023214
023220
023222
023226
023232
023234
023240
023242

062700
077410
012700
012704
011001
022;01
001401
104055

000002

023244
023250
023252
023256
023262
023284
023270
023272

062700
077410
012700
012704
011001
022701
001401
104055

000002

023274
023300

062700
077410

000002

023302
023306
023312

012700
012704
011001

177640
000010

TEST THAT PAR-PDR' 5 NOT AFFECTED BY RESET

THIS TEST CHECKS TO SEE THAT THE KERNEL OR USER PAR/PDR'S ARE
NOT AFFECTED BY THE EXECUTION OF A "RESET" INSTRUCTIDN.
THE
"SETREG" SUBROUTINE IS USED TO SET ALL WRITEABLE BITS TO A '1'
THE PAR/PDR's.
THEN THEY ARE READ TO SEE THAT THEY REMAINED
UNCHANGED

...............................................................

TST22:

023182

,FOR", ADDRESS OF NEXT USER PAR TO CLEAR
,LOOP TO 55 UNTIL ALL USER PAR'S CHECKEO
,SET LOOP ON ERROR POINTER TO 1 $

................................................................

,.
;;

N2,RO
R3,5$
N1S,$LPERR

SEQ 004a

SCOPE

ADD
SOB
MOV
MOV
MaV
CMP
BEQ
ERROR

'2,RO
A4,2S
'KIPARO,RO
N10,R4
(RO),Al
17777,Rl

ADD
SOB
MOV
MOV
MOV
CMP
BEQ
ERROR

'2,RO
R4,4S
'UIPDRO,RO
I10,R4
,RO),Rl
177416,Al
7S
55

ADD
SOB

'2,RO
R4,6S

,SET ALL BITS IN ALL PAA'S AND PDA'S
,ISSUE AN 'INIT' BY EXECUTING A RESET
,LOAD ADr>RE~~ OF FIRST KEANEL PDRINRO
,LOAD LOOP COUNTER WITH AN 8
; READ A KERNEL PDR INTO Rl
,ARE ALL THE 81T5 STI LL SET?
,BRANCH I F YES
,KERNEL PDR AFFECTED BY A RESET
,FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;"BR 2$' • 000773
,FORM ADDRESS OF NEXT KERNEL PDR
,LOOP TO 2$ UNTIL ALL KERNEL PDA'S CHECKED
; LOAD ADDRESS OF FIRST KERNEL PAR IN RO
; LOAD LOOP COUNTER WITH AN B
; READ A KERNEL PAR INTO Rl
;ARE ALL THE BITS STILL SET?
; BRANCH I F YES
; KERNEL PAR AFFECTED BY A RESET
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;"BR 4$" • 000773
; FORM ADDRESS OF NEXT KERNEL PAA
,LOOP TIl 4. uNTIL ALL KERNEL PAR'S CHECKED
; LOAD ADDRESS OF FIRST USER PDR IN AO
,LOAD LOOP COUNTER WITH AN 8
; READ A USER PDR INTO Rl
,ARE ALL THE BITS STILL SET7
; BRANCH F YES
,USER PDR AFFECTED BY A RESET
; FOR TI GHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;"BR 6S" • 000773
; FORM ADDRESS OF NEXT USER PDR
; LOOP TO 6S UNTI L ALL USER PDR' 5 CHECKED

MOV
MOV
MOV

'UIPAAO,RO
I10,R4
(RO),Rl

,LOAD ADDRESS OF FI AST USEA PAR IN RO
; LOAD LOOP COUNTER WITH AN 8
,READ A USER PAR INTO Rl

IS:

~SR

PC,SETREG

2S:

RESET
MOV
MOV
MOV
CMP
BEQ
ERROA

'KIPDRO,AO
"0,A4
(ROJ,Rl
17741a,Rl
3S
55

172300
000010
077418

3$:

172340
000010

4$:
007777

5$:

177800
000010
as:
077416

7$:

as:

5.
55

CFKTHBO PDP 11/34 MEM MGNT DUG MACY11 30A(1052)
27-~UN-78
09:33 PAG~ 48
CFKTHB.Pl1
27-~U~-7B 09:27
T22
TEST THAT PAR-PDR'S NOT AFFECTED BY RESET
2162
2163
2164
2165
2166
2167
2168
2169
2170
2171
2172
2173
2174
2175
2176
2177
217B
2179
2180
21Bl
21B2
21B3
2184
2185
2186
21B7
2188
21B9
2190
2191
2192
2193
2194
2195
2196
2197
2198
2199
2200
2201
2202
2203
2204
2205
2206
2207
220B
2209
2210
2211
2212'
2213
2214
2215
2216
2217

023314
023320
023322

022701
001401
104055

007777

023324
023330

062700
077410

000002

91:

CMP
BEQ
ERROR

N7777,Rl
9$

ADD
SOB

I2,RO
R4,8S

;ARE ALL THE BITS STILL SET?
; BRANCH I F YES
,USER PAR AFFECTED BY A RESET
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; 'BR as" • 000773
; FORM ADDRESS OF NEXT USER PAR
,LOOP TO 8S UNTIL ALL USER PAR'S CHEC~ED

;; .......................................................... *** •••••••••••••••
,'TEST 23
INSTRUCTION FETCH NOT RELOCATED IN MAINT. MODE

;.
"
"
;.
"
"

THIS TEr- CHECKS TO SEE THAT WHEN MEMORY MANAGEMENT IS IN
MAINTENANCE MODE (DESTINATION-ONLY-RELOCATION), AN INSTRUCTION
FETCH IS NOT RELOCATED AND A RE~q CLEARS THE MAINTENANCE BIT
(8IT 08) IN SRO.
IF THE "FETCH' IS RELOCATED, A PG.LENGTH ABORT
SHOULD OCCUR, CAUSING A HALT SINCE TRAP CATCHER IS PLACED IN VECTOA 250

,.,.
;.

023332
023334
023340
023344
023350
023352
023354
023362

000004
004737
012700
012704
005020
077402
012737
005037

023366
023374
023402
023410
023412
023420
023422
023426

023430
023434

1$:

036002
172300
000010

2$:
000252
000252

000250

012737
012737
012737
000005
032737
001403
005037
104061

001006
023402
000400

172300
001110
177572

000400

177572

012706
005037

001100
177572

NOTE:

A HALT MAY OCCUR IF MAINT. MODE NOT DISABLED BY RESET

...............................................................

"; ;
TST23:

3S:

177572

4$:

SCOPE
~SR

MOV
MOV
CLR
508
MOV
CLR

PC, TOFF
'KIPDRO,AO
I10,R4
(RO)+
R4,2S
'MMVEC+2,MMVEC
MMVEC+2

MOV
MOV
MOV
RESET
BIT
BEQ
CLR
ERROR

UIT8,SAO
4$
SRO
61

MOV
CLA

'KERSTK,KSP
SRO

"006,KIPDRO
N3S,SLPERR
NBIT8,SAO

TURN T-BIT TRAPPING OFF FOR THIS TEST
LOAD ADDRESS OF FIRST KERNEL PDR INTO RO
LOAD LOOP COUNTER WITH AN 8
CLEAR PDR - MAPPING PAGE NON-RES, 0 BLKS.
LOOP TO 2S UNTIL ALL KERNEL PDR's CLEARED
LOAD TRAP CATCHER INTO MEM MGM. VECTOA
A HALT WILL OCCUR IF RESET FAILS
TO DISABLE DEST .-ONLY RELOCATION
MAP KERNEL PG 0 R/II, 3 8LOCKs LONG.
SET LOOP ON ERROR POINTER TO 3S
TURN ON DEST-ONLY-RELOCATION
SHOULD CLEAR MAINT. 81T - WILL A80RT IF RELOCATED
WAS MAINT. BIT (BIT 8) OF sRO CLEARED?
BRANCH I F YES
CLEAR SRO SO ERROR CAN BE REPORTED
MAINT. MODE NOT DI5A8LED BY A AESET
FOR A TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
'BR 3S" • 000765
RESTORE STACK POINTER
BE SURE SRO IS CLEAR

SEQ 0047

CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(1052)
27-JUN-7B 09:33 PAGE 49
CFI(TH8. Pll
27-JUN-78 09: 27
T23
INSTRUCT ION FETCH NOT RELOCATED IN MAINT. MODE
2~'B

22,9
2220
222'
2222
2223

023440
023446
023454
023462

0' 2737
0'2737
0,2737
004737

002400
000340
023334
036036

MOV
MOV
MOV
uSR

000250
000252

001110

NMGMERR, MMVEC
#340, MMVEC+2
'l$,SlPERR
eC, TON

SEQ 0048

1 RESTORE MEM. MGMT. TRAP VECTOR
1RESTORE MEM. MGMT VECTOR+2
;RESET lOOP ON ERROR POINTER TO 1$
1TURN T-BIT TRAPP ING BACK ON

2224
2225
~226

2227
2228
2229
2230
223,
2232
2233
2234
2235
2236
2237

; ; '" "' .... '" ** '" *'" .4<**.",*. **.'" "'''''''.''' .. "' ... "' .... "'* '"
1.TEST 24

;'
1*
l'
;.
;.
1*
1*
;.

2238
2239
2240
224,
2242
2243
2244
2245
2246
2247
2248
2249
2250

2251
2252
2253
2254
2255
n56
2257
2258
2259
2260
226'
2262
2263
2264
2255
2266
2267
226B
2269
2270
2271
2272
2273

000004
004737
0'2737
012737
0'2737
012737
005037
0'2737
0'2737
0'2737
0' 2737
0'2700
052737
" 3737
000005
013701
02000'
001401
104062

023614
023622
023630

012737
012737
012737

036002
023564
000600
000600
007600
'72306
077406
077406
023644
000377
177777
000400
060000

TST24:
1$:

172348
172350
172356

MOV
ClR
MOV
MOV
MOV
MOV
MOV
BIS
MOVB
RESET
MOV
CMP
BEQ
ERROR

172310
'72316
000250
060000

000250
172306
001110

35:

060000

002400
077406
023470

CFKTHBO PDP "/34 MEM MGNT DIAG MACY 1 I
CFKTHB.P"
27-uUN-78 09:27
2274
2275
2276
2277
2278
2279
22BO
228'
2282
2283
2284
2285
2286
2287
22BB
22B9
2290
229,
2292

MOV

2S:

023636
023642

004737
000430

036036

023644
023652
023660
023666
023672
023676
023702
023710

042737
013737
013737
010637
012637
012637
042737
104063

000400
177572
, 77576
001354
001356
001360
160000

023712
023716
023722

013746
013746
000002

001360
001356

MOV
MOV
MOV

PC, TOFF
1TURN OFF T-BIT TRAPPING FOR THIS TEST
N2$,$lPERR
1SET lOOP ON ERROR POINTER TO 2$
N600,KIPAR3
1MAP KERNAl PAGE 3 TO 12-16K
N600,KIPAR4
1MAP KERNAl PAGE 4 TO 12-16K
N7600,KIPAR7
1MAP KERNAl PAGE 7 TO THE I/O PAGE
KIPOR3
1MAP KERNAl PAGE 3 "NO ACCESS"
'77406, KIPDR4
1MAP KERNAl PAGE 4 R/W. 128 BlKS
N77406,KIPDR7
1MAP KERNAl PAGE 7 R/W, 12B BlKS
N4S,MMVEC
1SET M.M. V.CTLJH TO 4$ IN CASE OF ABORT
.377 ,@.60000
1 lOAD All l ' S IN lOW BYTE OF TEST lOC.
'-l,RO
1 lOAD EXP£CTEO CONTENTS OF TEST LOCo IN RO
NBITB,SRO
1TURN ON DEST.-ONlY-RElOCATION
•• 60000, • .,00001 llOAD HI BYTE OF TEST lOC.-ABORT IF SOURCE RELOCATED
1TURN OFF DEST .-ONlY-RELOCATION
1 READ CONTENTS OF TEST LOCo
.'60000, RI
RO,Rl
1WAS TEST lOCATION LOADED PROPERLY?
3$
1 BRANCH I F YES
62
1TEST lOC. NOT lOADED - INST. WAS ABORTED
1WHEN SOURCE WAS RELOCATED
1 FOR TIGHTER SCOPE lOOP REPLACE
1ERROR CAll WITH
000764
1 "BR 2$"
'MGMERR ,MMVEC
; RESTORE MEM. MGMT. VECTOR
N77406,KIPDR3
1MAP KERNAl PAGE 3 R/iII, 128 BlKS
N1S,SlPERR
1RESET lOOP ON ERROR POINTER TO IS

30A( 1052)
27-uUN-78 09: 33 PAGE 50
T24
TEST THAT SOURCE NOT RELOCATED IN MAINTENANCE MODE

;.
177572
00'366
001370

lIe . . . . . . . '" '" '" '" • • • •

***"'''' •• *****'''''' ***. *** ..... "'.* oil. "'.* *"'''' "'.* .. "''''* •• *."'. '" '" ••••••

SCOPE
uSR
MOV
MOV

001110

177572
100001

** *.

THIS TEST CHECKS TO SEE THAT WHEN MEMORY MANAGEMENT IS IN
MAINTENANCE MODE, THE SOURCE IS NOT RELOCATED.
ONLY THE
DESTINATION IS RELOCATED.
KERNEL PAR'S 3 & 4 ARE MAPPED TO
PHYSICAL ADDRESS 60000-77776.
PDR4 IS SET TO AllOW FUll READ/WRITE
BUT PDR3 IS CLEAR AllOWING TO ACCESS.
VIRTUAL ADDRESSES REFERENCING
PAR/PDR'S 4 & 3 ARE USED IN AS DESTINATION AND SOURCE RESPECTIVELY,
IF THE SOURCE IS RELOCATED IN MAINTENANCE A MEM. MGMT. TRAP WILL
OCCUR AND THE ERROR Will BE REPORTED.
KERNEL PG. 7 IS MAPPED R/Ill.

; ; .", • • >11. '"

023466
023470
023474
023502
023510
0235'6
02352'
023530
023535
023S44
023552
0235GO
023564
023572
023600
023602
023606
0236'0
023612

It . . . . .

TEST THAT SOURCE NOT RELOCATED IN MAINTENANCE MOOE

JSR
PC, TON
1TURN T-81T TRAPPING BACK ON
BR
TST25
1 1SKIP TO NEXT TEST
I F THE PROGRAM TR I ES TO RELOCATE THE SOURCE, IT SHOULD TRAP TO 45

4$:

177572

BIC
MOV
MOV
MOV
MOV
MOV
BIC
ERROR

NBITe, SRO
SRO ,WASSRO
SR2,WASSR2
SP,WASR6
(SP)+, TRAPPC
(SP)+, TRAPPS
N160000,SRO
63

MOV
MOV
RTI

TRAPPS,-(SP)
TRAPPC,-(SP)

1 TURN OFF DEST .-ONlY-RElOCATlON THRU PAR/PDR 7
1 SAVE REST OF SRO CONTENTS
1SAVE CONTENTS OF SR2
:SAVE VALUE OF THE STACK POINTER
; SAVE PC OF TRAP
1 SAVE PSW OF TRAP
1ClEAR ERROR BITS IN SRI
1SOURCE APPARENTLY RELOCATED IN MAINT, MODE
1 FOR TIGHTER SCOPE lOOP
1 REPLACE ERROR CAll WITH A
; "NOP" • 000240
1 PUT PSW OF TRAP BACK ON THE STACK
; PUT PC OF TRAP BACK ON THE STACK
1 RETURN TO TEST

2~93

2294
2295
2296
2297
2298
2299
2300
230'
2302
2303
2304
2305
2306
2307
2308
2309
2310
2311
2312
2313
2314
2315
23'6
2317
2318
23'9
2320
2321
2322
2323
2324
2325
2326
2327
2328
2329

; ; ••••••• "'.+4<*.* ••••• "' ••••• * •••• "'.* '" "' ...... "' •••••••••••••••••••••••
;-TEST 25

1*
;.
;.
;.
1*

;

;*
1*
;*
1*

; j •••••

023724

000004

023726
023732
023734
023740
023742
023746

0'2700
00500'
012702
010120
062701
077204

172340

* •••••••••••••••••••••••••••••••• "' ••••••• "'''' ••••••••• "' •••••
SCOPE

1$:

MOV
ClR
MOV
MOV
ADD
SOB

2S:
000200

THE METHOD USED TO SEE THAT THE RIGHT PHYSICAL BUS ADDRESS
IS FORMED BY THE ADDERS IS TO WRITE A PATTERN TO VIRTUAL
lOCATIO~ WITH MEMORY MGMT. IN THE MAINTENANCE MODE, AND
THEN READ THAT lOCATiON USING THE PHYSICAL ADDRESS THAT SHOULD
HAVE BEEN FORMED TO SEE IF THE TEST PATTERN GOT THEIR.

TST25:

000007

RELOCATION & ADDER TEST (NO CARRIES)

THE FOllOWING TEST SETS UP THE KERNEL PAR'S AND PDR'S
FOR THE REST OF THE PROGRAM.
IT THEN USES DIFFERENT
VIRTUAL ADDRESSES AND DIFFERENT VALUES FOR KERNEL PAR 4
TO PUT DIFFERENT PATTERNS AT THE INPUTS OF THE THREE
MEMORY MANAGEMENT ADDER CHIPS.
THE VALUES ARE SUCH
THAT NO CARRIES ARE GENERATED OUT OF ANY OF THE ADDER CHIPS.

#KIPARO,RO
Rl
n,R2
Rl, (RO)+
N200,Rl
R2,2$

; lOAD ADDRESS OF FIRST KERNEL PAR IN RO

;CLEAR Rl
1 LOAD lOOP COUNTER WITH A 7
;MAP KERNEL PAR'S TO PAGES 0-6 (4K EACH)
;lOOP UNTIL KIPARO -

KIPAR6 ARE lOADED

SEQ 00411

Crl{THBO PDP 11/34 MEM MGNT DIAG MACY11 30A(1052)
27-JUN-78
09:33
PAGr 51
CFKTHB.P"
27-JUN-78 09:27
T25
RELOCATION & ADDER TEST (NO CARRIES)
2330
2:]31
2332
2333
2334
2335
2336
2337
2338
2339
2340
2341
2342

023750
023754
023760
023764
023770
023772

012710
012700
012701
012702
010120
077202

007600
172300
077406
000010

023774
024002
024006
024012
024016
024022

023774
067776
107776
125250
000600
172350
001176
000400

2:~43

02'~026

2344
2345
2346
2347
2348
2349
2350
2351
2352
2353
2354
2355
2356
2357
2358
2359
2160
2361
2362
2363
2364
2365
2366
2367
2368
2369
2370
2371
2372

024032
02 11 040
024()42
024044
024046
024052

0127:17
012700
012701
012702
0'2704
010437
011.;.37
052737
010211
011003
000005
013710
020203

024054
024056
024062
024066

001405
010137
004737
104017

024070
024070
024Q76
024102
024106
024112
0241 '6
024122
024126
024134
024136
024140
024142
024146

012737
012700
012701
012702
012704
0'0437
011037
05273·'
010211
011003
000005
013710
020203

024150
024152
024156
024162

001405
010137
004737
104017

2373
2374
2375
2376
2377
2378
2379
2380
2381
2382
2383
2384
2385

35'
001110

4$:

177572

001176

02·070
067776
102576
125251
000652
172350
001176
000400

'7600, (RO)
HKIPORO t RO
1177406, Rt
"0, R2
Rl, (RO)+
R2,3$

MOV
MOV
MOV
MOV
MOV
MOV
MOV
815
MOV
MOV
RESET
MOV
CMP

#4$,5lPERR
; SET lOOP ON ERROR POINTER TO 4$
; lOAD PHYSICAL ADDR. PBA INTO RO
'67776, RO
Nl07776,Rl
; lOAD VIRTUAL ADDR. VBA INTO Rl
; LOAD TEST PATTERN INTO R2
"25250, R2
#600, R4 ; lOAD R4 WITH PAR VALUE
R4, KI PAR4
; LOAD KERNEL PAR 4 BITS <11 :00>
(RO), $TMPO
;SAVE CONTENTS AT TEST lOCATiON
NBITB,SRO
,TURN ON "DESTINATION-ONLY-RELOCATION"
R2, (Rl)
;lOAD 125250 USING ADDER CHIPS (PAR4 + VIRT ADDR. )
(RO), R3
; READ 125250 BACK WITHOUT US ING MEM. MGMT,
;TURN OFF MEMORY MGMT. MAItIT. MODe
STMPO, (RO)
; RESTORE ORIGINAL CONTENTS TO TeST laC,
R2,R3
;WAS SAME PATTERN READ BACK THAT WAS
;wRITTEf.~ USltJG "DEST-ONLV-RELOC.'"
5$
; BRANCH I F YES
R1,VIRTI
; SAVE VIRTUAL ADDR. TO FORM PHYS, ADDR
·JC,FORMPA
;GO FORM PHYSICAL ADDRESS FOR TYPING
17
;TEST lOCATION DID NOT HAVE PATTERN
; THAT SH~U lD HAVE BEEN WR I TTEN TO IT,
; APPARENTL Y PHYSI CAL ADDR. WAS
; FORMED WRONG BY ADDERS USING
;THE VIRTUAL ADDR. ANO KIPAR4
; FOR TIGHTER SCOPE lOOP
; REPLACE ERROR CAll WITH
; "BR 4$" = 000742

BEQ
MOV
JSR
ERROR

001402
036354

001110

55'
65'

177572

C01176

MOV
MOV
MOV
MOV
MOV
MOV
MOV
BIS
MOV
MOV
RESET
MOV
CMP
BEQ
MOV
JSR
ERROR

001402
036354

SEQ 0050

; MAP K I PAR7 TO THE I/O PAGE
; lOAD ADDRESS OF FIRST KERNEL PDR IN RO
; lOAD PDR DATA INTO Rl
; lOAD lOOP COUNTER WITH AN B
;MAP All 8 PAGES 12B BLOCKS, UPWARD
EXPANDABLE, READ/WRITE

MOV
MOV
MOV
MOV
MOV
SOB

N6$ ,5lPERR
; SET lOOP ON ERROR POINTER TO 65
#67776, RO
;lOAD PHYSICAL ADDR. PBA INTO RO
11102576,R1
; lOAD VIRTUAL ADDR. VBA INTO Rl
#125251,R2
; lOAD TEST PATTERN INTO R2
#652, R4 ; LOAD R4 WITH PAR VALUE
R4,KIPAR4
;lOAO KERNEL PAR 4 BITS <11:00>
(RO), STMPO
;SAVE CONTENTS AT TEST lOCATION
HBIT8.SRO
; TURN ON "DESTINATION-ONLY-RELOCATION'
R2,(Rl)
;lOAD 125251 USING ADDER CHIPS (PAR4 + VIRT ADDR. )
(RO) ,R3
;READ 125251 BACK WITHOUT USING MEM. MGMT.
; TURN OFF MEMORY MGMT. MAINT. MODE
STMPO, (ROI
; RESTORE ORIGINAL CONTENTS TO TEST lOC,
R2,R3
;WAS SAME PATTERN READ BACK THAT WAS
;WRITTEN USING "DEST-ONlY-RELOC. '?
7$
; BRANCH I F YES
Rl.VIRTI
;SAVE VIRTUAL ADDR. TO FORM PHYS. ADDR
PC, FORMPA
;GO FORM PHYSICAL ADDRESS FOR TYPING
17
; TEST lOCATION DID NOT HAVE PATTERN
;THAT SHOULD HAVE BEEN WRITTEN TO IT,
;APPARENTLY PHYSICAL AODR. WAS
; FORMED WRONG BY AODERS USING
;THE VIRTUAL ADDR. ANO KIPAR4
; FOR TIGHTER SCOPE LOOP

CFKTHBO PDP 11/34 MEM MGNT DUG MACYl1 30A(10S2)
27-JUN-7B 09:33
PAGE 52
CFKTHB.Pll
27-JUN-78 09'27
725
RELOCATION & ADDER TEST (NO CARRIES)
2386
23B7
2388
2389
2390
2391
2392
2393
2394
2395
2396
2397
2398
2399
2400
2401
2402
2403
2404
2405
2406
2407
240B
2·109
2410
2411
2412
2413
2414
2415
2·116
2417
2418
2419
2420
2421
2422
2423
2424
2425
2426
2427
2428
2429
2430
2431
2432
2433
2434
2435
2436
2437
243B
2439
2440

2441

SEQ 0051

; REPLACE ERROR CAll WITH
;"BR 65" = 000742
024164
024164
024172
024176
024202

75:

024212
024216
024222
024230
024232
024234
024236
024242

012737
012700
012701
012702
012704
010437
011037
052737
010211
011003
000005
013710
020203

024244
024246
024252
024256

001405
010137
004737
104017

024206

024164
067776
105276
125252
000625
172350
001176
000400

001110

8S'

177572

001176

MOV
MOV
MOV
MOV
MOV
MOV
MOV
BIS
MOV
MOV
RESET
MOV
CMP
BEQ
MOV
JSR
ERROR

001402
036354

024260

SET lOOP ON ERROR POINTER TO BS
lOAD PHYSICAL ADOR. PBA INTO RO
lOAD VI.. TUAl ADDR. V8A INTO Rl
#125252,R2
lOAD TEST PATTERN INTO R2
#625, R4 ; lOAD R4 WITH PAR VALUE
R4,KIPAR4
lOAD KERNEL PAR 4 BITS <11 :00>
(RO) ,5TMPO
SAVE CON "CENTS AT TEST lOCATION
HBITB,SRO
TURN ON "DESTINATION-ONLY-RELOCATION"
R2,(R1)
lOAD 125252 USING ADDER CHIPS (PAR4 + VIRT ADDR.)
(RO) ,R3
READ 125252 BACK WITHOUT USING MEM. MGMT.
TURN OFF MEMORY MGMT. MAUlT. MODE
$TMPO, (RO)
RESTORE ORIGINAL CONTENTS TO TEST LOCo
R2,R3
WAS SAME PATTERN READ BACK THAT WAS
WRITTEN USING "DEST-ONLY-RELOC."?
9$
BRANCH IF YES
Rl,VIRTl
SAVE VIRTUAL ADDR. TO FORM PHYS, ADOR
PC,FORMPA
GO FORM PHYSICAL ADORESS FOR TYPING
17
TEST lOCATION DID NOT HAVE PATTERN
THAT SHOULD HAVE BEEN WRITTEN TO IT,
APPARENTLY PHYSICAL AODR. WAS
FORMED WRONG BY ADDERS USING
THE VIRTUAL ADDR. AND KIPAR4
FOR TI GHTER SCOPE lOOP
REPLACE ERROR CAll WITH
"BR 85" = 000742
'8$ ,5lPERR
#61776, RO

1/105276,Rl

95'

024260
024266
024272
024276
024302
024306
024312
024314
024322
024324
024326
024330
024332
024336
024340
024342
024346
024352

012737
0' 2700
012701
012702
012704
010437
005010
052737
010211
01'003
000005
005010
042703
020203
001405
010137
004737
104017

024260
177776
100076
030340
007717
172350

001110

000400

177572

0243;;4
024362

0' 2737
012700

024354

10$:

000037

001402
036354

MOV
MOV
MOV
MOV
MOV
MOV
ClR
BIS
MOV
MOV
RESET
ClR
BIC
eMP
BEQ
MOV
JSR
ERROR

(RO)
1137 , R3
R2,R3
11$
RI,VIRTI
PC, FORMPA
17

MOV
MOV

'"$,$LPERR
NPSW, RO

Nl0$,$lPERR
IIPSW I RO

Nl00076,R1
#030340, R2
#7717, R4
R4,KIPAR4
( RO)
HBIT8, SRO
R2,(R1)
(RO) ,R3

SET lOOP ON ERROR POINTER TO 1 0$
lOAD PHYS. ADDR. OF PSW INTO RO
lOAD VIRTUAL ADOR. FOR PSW INTO Rl
lOAD DATA FOR PSW IN R2
lOAD R4 WI TH PAR VALUE
LOAD KERNEL PAR 4 BITS <11 :00>
C lEAR THE P5W
TURN ON "DESTINATION-ONLY-RELOCATION"
lOAD PSW USING ADDER CHIPS (PAR4 + VIRT AOOR.)
READ PSW BACK Wi. iHOUT USING MEM.

"BR 10$" =- 000742

177776

001110

11S:

MGMT.

TURN OFF MEM. MGMT MAINT. MODE
CLEAR THE PSW
MASK T-BIT & CC BITS OUT OF DATA READ
WAS PSw WRITTEN WHILE IN MAINT. MOOE?
BRANCH I F YES
SAVE VIRTUAL ADDR. TO FORM PHYS. ADOR
GO FORM PHYSICAL ADDR. FOR TyPING
PSIII DID NOT HAVE DATA THAT IT SHOULD HAVE,
APPARENTL Y PHYS. ADDR. OF PSW WAS
NOT FORMED BY ADDERS USING THE
V I RTUA l ADDR. AND K I PAR4
FOR TIGHTER SCOPE lOOP
REPLACE ERROR CAll WITH
SET lOOP ON ERROR POINTER TO 11 $
lOAD PHYS, ADDR. OF PSIII INTO RO

CFK THBD PDP 11/34 MEM MGNT 01 AG MACV 11 30A (1052)
27-JUN-78 09: 33 PAGE 53
CFKTHB.P11
27-JU'-78 09:27
T25
RELOCATION & ADDER TEST (NO CARRIES)
2442
2443
2444
2·145
2446
2447
2448
2449
2450
2451
2452
2453
2454
2455
2456
2457
245B
2459
2460
2461
2462
2463
2464
2465
2466
2467
246B
2469
2470
2471
2472
2473
2474
2475
2476
2477
2478
2479
2480
2481
2482
2483
2484
2485
2486
2487
2488
2489
2490
2491
2492
2493
2494
2495
2496
2497

024366
024372
024376
024402
024406
024414
024416
024420
024422
024424
024430
024432
024434
024440
024444

012701
012702
012704
010437
052737
010211
011003
000005
005010
042703
020203
001405
010137
004737
104017

02444S

012737

117778
030240
007600
172350
000400

177572

000037
001402
036354

023726

001110

12$:

MOV
MOV
MOV
MoV
BIS
MoV
MoV
RESET
CLR
BIC
CMP
SEQ
MoV
JSR
ERROR

(RO)
N37. R3
R2,R3
125
Rl,VIRTl
PC, FoRMPA
17

MoV

N1S,$LPERR

N 117716, R1

N030240, R2
n600, R4
R4.KIPAR4
NBITS. SRO
R2.(Rl)
(RO) .R3

; ; .......... "' ................... *.***,..,., .. ** *.*****. *"'''' ole.", '+.* •• '" * •••••••
:.TEST 26
RELOCATION & ADDER TEST (WITH CARRIES) (
i'
i*
THE FOLLOWING TEST USES THE SAME METHOD AS THE PREVIOUS
i*
TEST TO VERIFY MEMORY MANAGEMENTS ABILITY TO CONSTRUCT
i*
PHYSICAL BUS ADDRESSES USING A VIRTUAL BUS ADDRESS AND THE
;.
CONTENTS OF A PAGE ADDRESS REGISTER.
HOWEVER, THE VALUES
i*
AND PATTERNS USED IN THIS TEST WILL GENERATE CARRIES FROM
i*
CHIP TO CHIP AND CHECK "WRAPAROUND" TO ADDRESS 000000 BY
i*
USING VIRTUAL ADDR. 100100 AND KIPAR4 • 7777.
i*

024454

; ;"'.* ..... "SCOPE
"' .... * '"

024456
024456
024464
024470
024474
024500
024504
024510

1$:

012737
012700
012701

024522
024524
024526
024530
024534

012702
012704
010437
011037
052737
010211
011003
000005
013710
020203

024536
024540
024544

001405
010137
004737

024514

oil ........... '" '" '" • • • • • • • '" 101 1(1 ... "' .. '" '" "' .......

TST 26:

000004

024456
064276
102176
125253
000621
172350
001176
000400

001110

2S:

177572

001176

MOV
MoV
MoV
MoV
MDV
MoV
MoV
BIS
MDV
MDV
RESET
MoV
CMP
BEQ
MOV
JSR

001402
036354

* "' .................... "' .......... >Ie "' ..... '" 1\1 ...

i KERNEL PAR'S AND PDR' S HAVE BEEN
i SETUP BY THE PREVIOUS TEST
#2$, SLPERR
i SET LOOP ON ERROR POINTER TO 25
164276, RO
j LOAD PHYSICAL AODR. PBA INTO RO
Nl02176,R1
; LOAD VIRTUAL ADDR. VBA INTO Rl
6125253, R2
: LOAD TEST PATTERN INTO R2
,.,1621, R4 j LOAD R4 WITH PAR VALUE
R4,KI PAR4
: LOAD KERNEL PAR 4 BITS <11 :00>
(RO) ,$TMPO
; SAVE cc';rENTS AT TEST lOCATION
NBITS,SRO
JTURN ON "DESTINATION-ONlY-RELOCA.TION"
R2,(R1)
i LOAD 125253 USING ADDER CHIPS (PAR4 + VIAT ADDR. )
(RO), R3
; READ 125253 BACK WITHOUT USING MEM. MGMT.
i TURN OFF MEMORY MGMT. MAINT. MODE
$TMPO, (RO)
i RESTORE ORIGINAL CONTENTS TO TEST LoC.
R2,A3
iWAS SAME PATTERN READ BACK THAT WAS
iWRITTEN USING "DEST-oNlY-RELOC."?
3$
i BRANCH I F YES
Rl ,VIRll
:SAVE VIRTUAL ADDR. TO FORM PHYS. ADDR
PC, FORMPA
: GO FORM PHYSICAL ADDRESS FOR TYPING

PAG~ 54
27-JUN-7S 09:33
crKTHBO PDP 11/34 MEM MONT DIAG MACY11 30A(1052)
RELOCATION .& ADDER TEST (WITH CARR I ES)
T26
27-JUN-7S 09: 27
CFKTHB. Pl1

249B
2499
2500
2501
2502
2!"O3
2504
2505
2506

2507
2508
2509
2510
2511

2512
2513
2514
2515
2516
2517

2518
2'319
2520
2521
2522
2523

2524
2525
2526
2527
2528
2529
2530
2531
2532
2533
2534
:2535

2536
2537
2538
2539
~54D

2541
2542
2543
2544
2545
2546
2547
2548
2549
2550
2551
2552
2553

SEQ 0052

i LOAD VIRTUAL ADDR. FOR PSW INTO Rl
i LOAD DATA FOR PSW IN R2
i LOAD R4 WI TH PAR VALUE
i LOAD KERNEL PAR 4 BITS <11 :00>
iTURN ON "DESTINATION-ONLY-RELOCATION"
i LOAD PSw USING ADDER CHI PS (PAR4 + VIRT. ADDR.)
iREAD PSW BACK WITHOUT USING MEM. MGMT,
iTURN OFF MEM. MGMT. MAINT. MODE
i CLEAR THE PSW
iMASK T-BIT & CC BITS OUT OF DATA READ
iWAS PSW WRITTEN WHILE IN MAINT. MDDE7
i BRANCH 1 F YES
i SAVE VIRTUAL ADDR. TO FORM PHYSICAL ADDR.
iGD FORM PHYSICAL ADDR. FOR TYPING
: PSW DID NOT HAVE DATA THAT IT SHOULD
iHAVE, APPARENTLY PHYS. ADDR. OF PSW IIIAS
i NOT FORMED BY ADDERS USING THE
;VIRTUAL ADDR. AND KIPAR4
i FOR TIGHTER SCOPE LOOP
i REPLACE ERROR c.ALL WITH
i'"BR l1S'" • 000743
;RESET LOOP ON ERROR POINTER TO 1$

024550

024552
024552
024560
024564
024570
024574
024600
024604
024610
024616
024620
024622
024624
024630

104017

024552
064476
112376
125254
000521
172350
001176
000400

001110

4$:

117572

010211

011003
000005
01 ::S/1 0
020203

02464~

001405
010137
004737
104017

024646
024646
024654
024660
024664
024670
024674
024700
024704
024712
024114
024716
024720
024724

012737
012700
012701
012702
012704
010437
011037
052737
01 C211
011003
000005
013710
020203

024726
024730
024734
024740

001405
010137
004737
104017

024632
024634
024640

MDV
MOV
MoV
MDV
MoV
MDV
MDV
BIS
MDV
MDV
RESET
MDV
CMP

SET LOOP ON ERROR POINTER TO 4$
#4$ ,$LPERR
LOAD PHYSICAL ADDR. PBA INTO RO
1164476, RO
LOAD VIRTUAL ADDR. VBA INTO Rl
H112376,Rl
LOAD TEST PATTERN INTO R2
#125254,R2
1;521,R4 i lOAD R4 WITH PAR VALUE
LOAD KERNEL PAR 4 BITS <11 :00>
R4,KIPAR4
SAVE CONTENTS AT TEST LOCATION
(RO) ,STMPO
ON '" DESTINA TI DN-DNL Y-RELoCA TION"
TURN
HBITS,SRO
lOAD 125254 USING ADDER CHIP:; (PAR4 + VIRT ADDR. )
R2,(R1)
READ 125254 BACK WITHOUT US IHG MEM. MGMT.
(RO) ,R3
TURN OFF MEMORY MGMT. MAHH. MODE
r.ESTCr.E ORIGHlAL CONTENTS TO TEST LOC.
STMPO, (RO)
WAS SAME PATTERN READ SACK THAT WAS
R2,R3
WRITTEN USING '"DEST-oNLY-RELoC.'7
:)$
BRANCH I F YES
SAVE VIRTUAL ADDR. TO FORM PHYS. ADOR
Rl,VIRTl
GO FOR~ PHYSICAL ADDRESS FOR TYPING
PC,FORMPA
TEST LOCATION DID NOT HAVE PATTERN
17
THAT SHOULD HAVE BEEN WRITTEN TO IT.
APPARENTLY PHYSICAL ADDR. WAS
FORMED WRONG BY ADDERS USING
THE VIRTUAL ADDR. AND KIPAR4
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
'"SR 4S" :: 000742

3S:
012737
012700
012701
012702
012-04
010437
011037
052737

001176

BEQ
MDV
JSR
ERROR

001402
036354

55:
024646
061076
106776
125255
000521
172350
001176
000400

001176

001402
036354

001110

177572

6S:

TEST LOCATION DID NOT HAVE PATTERN
THAT SHOULD HAVE BEEN WRITTEN TO IT.
APPARENTL Y PHYSICAL ADDR. WAS
FORMED WRONG BY ADDERS USING
THE VIRTUAL ADDR. AND KI PAR4
FOR TIGHTER SCOPE lOOP
REPLACE ERROR CALL WITH
'"BR 2S" • 000742

ERROR

MoV
MDV
MoV
MoV
MDV
MDV
MDV
BIS
MoV
."OV
RESET
MDV
CMP
BEQ
MoV
JSR
ERROR

SET LOOP ON ERROR POINTER TO 6$
N6$, SLPERR
LOAD PHYSICAL ADDR. PSA INTO RO
N61 076, RO
LOAD VIRTUAL ADDR. VBA INTO Rl
Nl06776,Rl
LOAD TEST PATTERN INTO R2
#125255, R2
H521, R4 ilOAD R4 WITH PAR VALUE
LOAD KERNEL PAH 4 BllS <11 :00>
R4,KIPAR4
(RO) ,$TMPO
SAVE CONTENTS AT TEST LOCATION
TURN ON .. DEST I NA TloN-ONLY-RE LOCA i ION"
NBITS,SRO
R2,(R1)
LOAD 125255 US I NO ADDER CHI PS (PAR4 + VIRl ADDR. )
READ 125255 SACK WITHOUT US ING MEM. MGMT.
(RO) ,R3
TURN OFF MEMORY MGMT. MAINT. MODE
RESTORE ORIGINAL CONTENTS TO TEST LoC.
STMPO, (RO)
>IAS SAME PATTERN READ BACK THAT WAS
R2,R3
WRITTEN USING "DEST-oNLY-RELoC."7
BRANCH I F yES
75
SAVE VIRTUAL ADDR. TO FORM PHYS. ADDR
Rl,VIRTl
GO FORM PHYSICAL ADDRESS FOR TYPING
PC,FORMPA
TEST LOCATION DID NOT HAVE PATTERN
17
THAT SHOULD HAVE SEEN WRITTEN TO IT.
APPARENTLY PHYSICAL ADDR. WAS
FORMED WRONG BY ADDERS US I NG

SEQ 0053

•
CFK THBD PDP 11/34 MEM MGNT DIAO MACY 11 30A (1052)
27-JUN-79 09: 33
PAGE 55
CFK THB. Pl1
27-JUN-7B 09: 27
T26
RELOCATION & ADDER TEST (W ITH CARR! ES)

2554
2555
2556
2557
2558
2559
2560
2561
2562

2563
2G64
2565
2566
2567
256B
2569
2570
2571
2572

25i3
2574

2575
2576
2577

7$:

024742
024742
024750
024754
024760
024764
024770
024774
025000
025006
025010
025012
025014
025020

012737
012700
012701
012702
012704
010437
011037
052737
010211
011003
000005
013710
020203

025022
025024
025030
025034

001405
010137
004737
104017

024742
060076
107776
125256
000501
172350
001176
000400

BS:

001110

MOV
MOV
MOV
MOV
MOV
MOV
MOV
BIS
MOV
MOV
RESET
MOV
CMP

177572

001176

BED
MOV
JSR
ERROR

001402
036354

2578
2579
2580
2581
2582
2583

2584
2505
25B6
2587
258B

2589
2590
2591
2592
2593
2594
2595
2596
2597
2598
2599
2600
2601
2602
2603
2604
2605
2606
2607
2608
2609

SEQ 0054

:THE VIRTUAL ADDR. AND KIPAR4
: FOR TIGHTER SCOPE LOOP
,REPLACE ERROR CALL WITH
; "BR 6$" ; 000742

025036
025036
025044
025050
025054
025060
025064

95:

025074
025102
025104
025106
025110
025114

012737
012700
012701
012702
012704
010437
011037
052737
010211
011003
000005
013710
020203

025116
025120
025124
025130

001405
010137
004737
104017

025010

Nes, SLPERR
,SET LOO ON ERROR POINTER TO BS
N60076,RO
,LOAD PHYSICAL ADDR. PBA INTO RO
#107776,Rl
,LOAD VIRTUAL ADDR. VBA INTO Rl
N 125256, R2
,LOAD TEST PATTERN INTO R2
U501 ,R4 ; LOAD R4 WITH PAR VALUE
R4,KIPAR4
,LOAD KERNEL PAR 4 BITS <11 :00>
(RO) ,$TMPO
,SAVE CONTENTS AT TEST LOCATION
;TURN ON "DESTINATION-ONLY-RELOCATION"
NBITB,SRO
R2, (Rl)
; LOAD 125256 USING ADDER CHI PS (PAR4 + VIRT ADDR.)
(RO) ,R3
,READ 125256 BACK WITHOUT USI NG MEM. MGMT.
;TURN OFF MEMORY MGMT. MAINT. MODE
STMPO,( RO)
;RESTORE ORIGINAL CONTENTS TO TEST LOC.
;WAS SAME PATTERN READ BACK THAT WAS
R2 t R3
;WRITTEN USING "DEST-ONLY-RELOC."?
jBRANCH IF YES
9$
;SAVE VIRTUAL AODR. TO FORM PHYS. ADOR
Rl,VIRTl
PC, FORMPA
,GO FORM PHYSICAL ADDRESS FOR TYPING
; TEST LOCATION DID NOT HAVE PATTERN
17
;THAT SHOULD HAVE BEEN WRITTEN TO IT.
,APPARENTlY PHYSICAL ADDR. WAS
,FORMED WRONG BY ADDERS USING
;THE VIRTUAL ADOR. AND KIPAR4
; FOR TI G.HTER SCOPE LOOP
,REPLACE ERROR CALL WITH
;"BR B$"
000742

025036
000000
100100
125257
007771
172350
001176
000400

IDS:

00111t

177572

001176

001402
036354

MOV
MOV
MOV
MOV
MOV
MOV
MOV
BIS
MOV
MOV
RESET
MOV
CMP

Nl0S,SLPERR
NOOOOOO, RO
N100100,Rl
#125257,R2
N7777, R4
R4,KIPAR4
(RO) ,STMPO
HBIT8, SRO
R2, (Rl)
(RO) ,R3
$TMPO, (RO)
R2,R3

BEQ
MOV
JSR
ERROR

Rl,VIRTl
PC, FORMPA
17

115

,SET LOOP ON ERROR POINTER TO 1 0$
: LOAD PHYSICAL ADOR. PBA INTO RO
,LOAD VIRTUAL AODR. VBA INTO Rl
; LOAD TEST PATTERN INTO R2
,LOAD R4 WITH PAR VALUE
; LOAD KERNEL PAR 4 BITS <11 :00>
;SAVE CONTENTS AT TEST LOCATION
;TURN ON "OESTINATION-ONLY-RELOCATION"
; LOAD 125257 U~:'lG ADDER CHIPS (PAR4 + VIRT ADDR.)
,READ 125257 BACK WITHOUT USING MEM. MGMT.
,TURN OFF MEMORY MGMT. MAINT. MODE
,RESTORE ORIGINAL CONTENTS TO TEST LaC.
;WAS SAME PATTERN READ BACK THAT WAS
jWRITTEN USING "OEST-ONLY-RELOC."?
,BRANCH I F YES
,SAVE VIRTUAL ADOR. TO FORM PHYS. AODR
;GO FORM PHYSICAL ADDRESS FOR TYPING
,TEST LOCATION DID NOT HAVE PATTERN
;THAT SHOULD HAVE BEEN WRITTEN TO IT.
,APPARENTLY PHYSICAL ADDR. WAS
,FORMED WRONG BY ADDERS USING
;THE VIRTUAL ADOR. AND KIPAR4
; FOR TIGHTER SCOPE LOOP
,REPLACE ERROR CALL WITH
; "BR IDS" • 000742

CFKTHBO POP 11/34 MEM MGNT DIAG MACY11 304(1052)
27-JUN-7B 09:33
PAGE 56
CFKTHB. Pll
27-JUN-7B 09:27
T26
RELOCATION & ADDER TEST (WITH CARRIES)
2610
2611

025132
025132

11$ :
012737

024458

2.644
2645
2646
2647
264B
2649
2650
2051
2652
2653
2554
26S5
2656
2657
265B
2659
2660
2661
2662
2663
2664
2665

N1S,SLPERR

,RESET LOOP ON ERROR POINTER TO 1$

.. "' ••••• '" *****.** *. "'* ••• "'''' •• * ...... '" '" ** ** *."'.* '* "'.* ...

,..
,;
,

Ii<

;;TE5T 27

..
...
...
,..
.
,..
.

;

;.
;
;
;
;
;
;

2625
2626
2627
2628
26:29
2630
2631
2632
2633
2634
2635
2(.)36
2637
263B
2539
2640
2641
2642
2643

MOV

001110

2612
2613
2614
2615
2616
2617
2618
2619
2620
2621
2622
2623
2624

;
;

;
;.
;

SEQ 0055

*. *"'* ..... "'* *."'.

READ AND WRITE WHILE IN RELOCATE MODE

THE FOLLOWING TEST TURNS ON MEMORY MANAGEMENT AND THEN
READS AND WRITES LOCATIONS BETWEEN PHYSICAL ADDRESSES
060000-067600.
ONE LOCATIDN IN EVERY BLOCK (32. WORDS)
IS WRITTEN USING PAR4 AND READ USING PARS.
ntIS IS
DONE IN BOTH USER AND KERNEL MODES.
THE USER PAR/PDR' S
ARE SETUP AT THE BEGINNING OF THE TEST AND ONCE MEMORY
MANAGEMENT IS TURNED ON I TIS LEFT ON FOR THE REST OF THE
OF THE PROGRAM.
THE "MODE" INPUT TO THE PAR/PDR ADDRESS MUX
IS CHECKED BY READING AND WRITING IN USER MODE.
REMEMBER
ALSO, THAT SINCE MEMORY MANAGEMENT IS ON (IN RELOCATE
MODE) THE PROGRAM ITSELF IS USING ITS VIRTUAL ADDRESSES AND
THE PAR/PDR'S TO EXECUTr:.
WHI LE TESTING IN KERNEL MODE, USER PAGFS 4 & 5 ARE MAPPED
NON-RESIDENT WITH DIFFERENT PAR VALUES THAN THE KERNEL
PAR'S TO BE SUR[ THAT THE KERNEL PAR'S AND POR'S ARE BEING
USED WHEN IN KERNEL MODE (AND VICE VERSA WHILE TESTING IN
USER MODE).
IF A MEM, MGMT. TRAP OCCURS, THE PROGRAM GOES
TO BS WHERE THE TRAP IS REPORTED.

. . **"'.,,*** '" •••••••• *** .* ......... '" ~ '" ."'* ** ****.'" ."'* •• '" "' ••••• ** •• "'."'.

026140

000004

025142
025146
02S152
025156
025162
025166
025172
025174
025200
025202
025206

005037
012704
0; 2705
010437
010':'37
012700
005001
012702
010120
062701
017204
012710
012700
012701
012702
010120
077202
105037
105037
010537
010437
012737
012737
012737
013737
012700
012701

02S210
025214
025220
025224
025230
025232
025234
025240
025244
025250

025254
025262
025270

025276
025304
025310

177776
000577
000600
172350
172352
177640

TST27:

SCOPE

1$:

CLR
MOV
MOV
MOV
MOV
MOV
CLR
MOV
MOV
ADD
SOB
MOV
MOV
MOV
MOV
MOV
SOB
CLRB
CLRB
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV

000007

2$:
000200
007600
177600
077406
000010

3$:
177610
177612
177650
177652
000001
025314
025526
177776
100100
120000

177572
001110
000250
001176

4$:

PSW
#571, R4
11600 I RS
R4,KIPAR4
RS,KIPARS
NUIPARO,RO
Rl
N7,R2
Rl, (RO)+
N200,Rl
R2,2$
N7600, (RO)
NUIPORO,RO
*17406, Rl
.!10,R2
Rl, (RO)+
R2,3$
UIPDR4
UI PDR5
R5,UIPAR4
R4,UIPARS
IIl,SRO
#5$, SLPERR
N8$ ,MMVEC
P5W,$TM?O

'100100, RO
H120000.Rl

ST ART IN KERNEL MODE
LOAD R4 WI TH VALUE FOR PAR4
LOAD R5 WITH VALUE FOR PARS
LOAD KERNE l. PAR4
LOAD KERNEL PARS
LOAD ADDRESS OF FIRST USER PAR IN RO
CLEAR Rl
LOAD LOOP COUNTER WITH A 7
MAP USER PAR'S TO PAGES 0-6 (4K EACH)
LOOP UNTIL UIPARO-UIPAR6 ARE LOADED
MAP uS"R PAR7 TO THE I/O PAGE
LOAD ADDRESS OF FIRST USER POR IN RO
LOAD POR DATA INTO Rl
LOAD LOOP COUNTER WITH AN B
MAP ALL B PAGES 128 BLOCKS, UPWARD
".XPANDABLE, READ/WRITE
MAP USER SPACE NON-RESIDENT WHI LE
TESTING KERNEL SPACE
MAP USER PAR'S OPPOSITE OF KIPAR'S
TURN ON MEMORY MAN~.GEMENT (RELOCATE MODEl
SET LOOP ON ERROR POINTER TO 5$
SET M. M. TRAP VECTOR TO BS
SAVE PSw IN CASE OF ERROR
PUT VIRTUAL ADDR. THAT USER PAR4 IN RO
PUT VIRTUAL AODR. THAT USES PARS IN Rl

CFKTHBO PDP 11/34 MEM MONT DIAG MACV11 30A(1052)
27-~UN-78
09'33 PAG~ 57
CFKTHB.Pll
27-uUN-78 09:27
U7
READ AND WRITE WHILE IN RELOCATE MODE
2666
2667
2668
2669
2670
2671

2672
2673
2674
2675
2676
2677
2678
2679
2680
2681
2682
2683
2684
2685
2586
2587
268B
2689
2690
2691
2692
2693
2694
2595
2696
2697
2598
2599
2700
2701
2702
2703
2704
2705
2706
2707
2708
2709
2710
2711
2712
2713
2714
2715
2716
2717
2718
2719

5S.

025314
025316
025320
025322
025324
025330
025334
025340

010010
011102
020002
001411
010137
010037
004737
104020

025342
025346
025352
025356
025362
025364
025372
025374
025400
025404
025412
025420
025424
025430
025434
025440
025446
025450
025454
025462
025470
025474
025500
025504
025510
025516
025524

013-00
062700
062701
020127
001354
032737
001026
010437
010537
112737
112737
105037
105037
010537
010437
012737
000713
005037
012737
012737
010537
010537
010537
010537
012737
012737
000427

001402
000100
000100
127700

025526
025532

012637
01 2637

001358
001360

025536
025542
025546
025554
025562
025570

010037
004737
013737
013737
042737
104052

001402
036354
177572
177578
160000

001404
001402
036354

140000
177650
177652
000006
000006
172310
172312
172350
172352
140000
177776
077406
077406
172350
172352
177650
177652
002400
025142

ERRDR

RO,(RO)
(Rl) ,R2
RO,R2
6$
Rl,VIRT2
RO,VlAlI
PC,FORMPA
20

MOV
ADD
ADD
CMP
BNE
BIT
BNE
MOV
MOV
MOVB
MOVB
CLRB
CLRB
MOV
MOV
MOV
BR
CLR
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
BR

VIRlI, RO
'100,RO
'IDO,Rl
RI,'127700
5$
N140000,PSIII
7$
A4,UIPAA4
R5,UIPAR5
'6,UIPDR4
."6,UIPDR5
KIPDR4
KIPDR5
R5,KIPAA4
A4,KIPAR5
II 40000, PSW
4$
PSW
177406,KIPOR4
177406,KIPDR5
R5,KIPAR4
R5,KIPAR5
A5,UIPAR4
R5,UIPAR5
'MGMERR ,MMVEC
'1$,$LPERR
TST30

MOV
MOV

(KSP)+, TRAPPC
(KSP)+. TRAPPS

MOV
MOV
CMP
BEQ
MOV
MDV
~SR

lSI

177778

177810
177612

177776
75'
172310
172312

000250
001110
8$1

MOV
~SR

MOV
MOV
BIC
ERAOR

001366
001370
177572

AO,VIRTI
PC, FORMPA
SRO,WASSRO
SR2,WASSR2
.. 160000 ,SRO
52

2720
2721

; WERE BLOCKS FROM 80000-876000 ALL TRIED'
;8RANCH IF NO
;HAVE WE DONE TEST IN USER MODE YET?
; 8RANCH I F YES
; LOAD USER P,~R4
; LOAD USER PAR5
;MAP USER SPACE R/W TO TEST IT
; MAP KERNEL SPACE NON-RES I DENT WHILE
;
TESTING USER SPACE
;MAP KERNEL PAR'S OPPOSITE UIPAR'S
;GO TO USER MODE
; GO 8ACK AND READ/WR ITE I N USER MODE
;GO BACK TO KERNEL MODE BEFORE LEAVING
;REMAP KERNEL PAGES READ/WRITE
; MAP KERNEL AND USER PAR'S 4 a 5
BACK TO 12-16K
;RESTORE ADDR. OF NORMAL M.M. TRAP ROUTINE
;RESET LOOP ON ERROR POINTER TO l '
;;GO TO NEXT TEST
; SAVE PC & PS OF TRAP
; PROGRAM WILL TRAP TO HERE IF TRY
; TO USE USER PDR' S WHEN IN KERNEL MODE
;OR KERNEL PDR' S WHEN IN USER MODE
;SAVE VIRTUAL ADDRESS FOR ERROR REPORT
; GO FORM THE PHYSICAL ADDRESS BEING USED
;SAVE SRO & SR2 FOR ERROR REPORT
;CLEAR ERROR BITS IN SRO
;M.M. TRAP WHI LE IN RELOCATE IIDOE ;REFERENCED WRONG SET OF PDR'S
; FOR TIGHTER SCOPE LOOP
;REPLACE ERROR CALL WITH
IA 'NOP' • 000240

CFKTHBO PDP 11/34 MEM MGNT DUG MACYl1 3l)A(10511) 27-~UN-7B 09'33 PA~ 5B
CFKTHB.Pll
27-~UN-7B 09:27
T27
READ AND WRITE WHILE IN, AELOCATE MODE
2722
2723
2724
2725
2726
2727
2728
2729
2730
2731
2732
2733
2734
2735
2736
2737
2'736
2739
2740
2741
2742
2743
2744
2745
2746
2747
2748
2749
2750
2751
2752
2753
2754
2755
2756
2757
2758
2759
2760
2761
2762
2763
2764
2765
2766
2767
2768
2769
2770
2711
2772
2773
2774
2775
2778
2777

025572
025576
025602

013746
013746
000002

MOV
MOV
ATI

001360
001358

TRAPPS,-(KSP)
TRAPPC,-(KSP)

;,PUT PC & PS OF TRAP ON STACK
; RETURN TO TEST

; ; . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 41 • • • • • • • • • • • • • • • • • • • •

; .TEST 30

;.
;.
:.
;.

;.
;.
;.
;.
;.
;.
;.
;.
;.
;.

;

004737
012702
012700
012701
010120
077202
012705
012704
012703
012737
012700
012702
012701
010120
077202
011313
031527
001002
104021

025706
025710
025714
025720
025724
025726
025730
025732

000422
012702
012700
031027
001403
020500
001401
104022

036002
000004
172346
000600
2S:
172300
000010
017776
025654
172300
000010
077408

001110

3',
4$1

000100

000010
172300
000100

W-BIT LOGIC TEST, KERNEL PDR' S

THIS TEST WRITES TO EIGHT (B) DIFFERENT VIRTUAL ADDRESSES
(VBA'S' 17776,37776,57776,77776.117776,137776,157776, & 1.77778
& PBA' S CONSTRUCTED • 17776.37776,57776,77776,77776.
77776,77776, & 777776 RESPECTlVEL Y).
WHICH SHOULD CAUSE THE "'II-BIT' TO SET IN EACH OF THE
EIGHT (B) KERNEL PAGE DESCRIPTOR REGISTERS.
THE PDR'S
ARE CHECKED TO SEE THAT IT'S W-BIT DOES SET WHEN THE
PAGE IT IS MAPPED TD IS WAITTEN TO AND THAT THEW-BIT
DOES NOT SET IN ANY OF THE OTHER PDR'S. KERNEL PDR'S 3,4,5,6
ARE MAPPED TO 12-16K FOR THIS TEST.
ALSO THE W-BIT
SHOULD BE CLEARED WHEN THE PDR IS WRITTEN TO.
THE
W-BIT PORTION OF THE POR' S AND THE PAR/PDR ADRS MUX
ARE BEING CHECKED.

,...............................................................

TST30 I
1$1

000004

025604
025606
025606
025612
025616
025622
025626
025630
025632
025636
025642
025646
025654
025660
025664
025670
025672
025674
025676
025702
025704

5S:
8$1

SCOPE

uSR
MOV
MOV
MOV
MOV
SOB
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
SOB
MOV
BIT
BNE
ERROR

PC, TOFF
'4,R2
'KIPAR3, RO
'600,Rl
Rl, (RO)+
R2,2S
'KIPDRO,R5
'10,A4
'17776,R3
'3S,SLPEAR
IKIPDRO,RO
'10,R2
177406,Al
Rl,(AO)+
A2,4$
(A3), (R3)
(R5) ,IWBIT
5$
21

BR
MOV
MOV
BIT
BED
CMP
BED
EAROR

B$
IIO,R2
'KIPDRO,AO
(RO) ,'WBIT
7$
A5,RO
7$
22

SED OOSI

;WRITE TO TEST LOC. USING PAR4
;READ THE SAME LOC., BUT USING PAR5
;DID WE READ WHAT WE WROTE?
; BRANCH I F YES
;SAVE VIRTUAL ADDR. THAT SELECTED PAR5
; SAVE VIRTUAL ADDR. THAT SELECTED PAR4
;GO FORM PHYSICAL ADDRESS 8E1NG USED
; READING LOC. USING PAR5 AND A VIRT.
;ADDR. DID NOT FIND DATA WRITTEN WHEN USING
;PAR4 AND VIRT. ADDRESS.
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 5$" • 000765
;RESTORE VBA IN RO
;CHANGE VIRTUAL AOORS. TO POINT TO NEXT BLOCK

TURN T-BIT TRAPPING OFF FOR THIS TEST
SET LOOP COUNTER TO 4
LOAD ADDRESS OF PAR3 INTO RO
LOAD '12-16K" PAR VALUE INTO Rl
MAP PARS 3-6 TO 12-16K
LOOP Tl L ALL 4 OF THEM LOADED
LOAD ADDRESS OF FIRST PDR TO BE TESTED IN RS
SE T LOOP COUNTER TO B
INITIALIZE VIRTUAL ADDRESS TO BE IN R3
SET LOOP ON ERROR POINTER TO 3$
LOAD ADDR. OF FIRST PDR TO BE SETUP IN RO
SET LOOP COUNTER TO 8
PUT "'II-BIT OFF DATA" INTO Rl
CLEAR ALL W-BITS BY WRITING TO ALL POAS
LOOP UNTI L ALL OF THEM SETUP
DO 'DATO" TO ';:~TUAL AODR.-SETTINQ A W-BIT
DID THAT CAUSE W-BIT TO BE SET?
BRANCH IF YES
W-BIT DI D NOT GET SET IN PDR
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 3$" • 000763
SKIP CHECKING OTHER PDR'S-ERROR WILL SET "'-BITS
SET LOOP COUNTER TO B
LOAD ADDR. OF FIRST PDR TO BE CHECKED IN RO
DID 'II-BIT IN OTHER PDRS REMAIN CLEAR?
BRANCH IF YES
IF W-BIT SET, THEN WAS IT PDR UNDEA TEST?
BRANCH I F YES
W-BIT GOT SET IN MORE THAN ONE POR
FOR TI GHTER SCOPE LOOP
REPLACE ERAOA CALL WITH

SED 0017

I
C r K 1 HBO POP 11/34 ME'" MGNT 01 AG MACY" 30A ( 1052'
27-JUN-7B 09: 33
PACE 59
CI'K'HB.Pll
27-.'UN-78 09:27
T30
W-BIT LOGIC TEST. KERNEL PDR'S

'l'l79
2'/80
2781
27B2
2783
2.,B4

025734
025740
025742
025744
025750
025752

062700
077211
010115
031 '527
001401
104023

2iB5
2.,B6
2787
2'/08
2.,89
2790
2791
2792
2793
2794
2795

025754
025760
025764
025766
025774

062705
062703
077445
012737
004737

000002

7$:

ADD
SOB
MOV
BI T
BEQ
ERROR

'2, RO
R2,6$
Rl, (R5)
(R5), HWBIT
B$
23

6$:

ADD
ADD
SOB
MoV
JSR

fl2,RS
#20000, R3
R4,3$
,'$,$LPERR
PC, TON

*.. * ... *..... ** "'. '" '" **.'" '" '" *** * ....... "' ... "' .. "' ... * '" •••

& PBA' S CONSTRUCTED'

000' 00

000002
020000
025606
036036

00'"0

; i" ......
;*TEST 3,

2796

;

27i:J7
2798
2799
2800
2BOl
2802
2003
2004
2305
2806
2807
2808

;'
;.

>II

>11

W-BIT LOGIC TES:,

USER PDR'S

"'.*.*. "' .... *. "' '

THIS TEST WRITES TO EIGHT (B) DIFFERENT VIRTUAL ADDRESSES
(VBA' S = 17776,37776,57776,77776,117176,137776,157776, " ,77776
'7776,37776,57776,77776,77776,
;.
77776,77776, " 777776 RESPECTIVELY).
;.
WHICH SHOULD CAUSE THE "W-BI T" TO SET IN EACH OF THE
;.
EIGHT (8) USER PAGE DESCRIPTOR REGISTERS.
THE PoR'S
;.
ARE CHECKED TO SEE THAT IT'S W-BIT DOES SET WHEN THE
;.
PAGE IT IS MAPPED TO IS WRITTEN TO AND THAT THE W-8IT
;.
DOES NOT SET IN ANY OF THE OTHER PDR'S.
USER PoR'S 3,4.5.6
;.
ARE MAPPED TO 12-16K FOR THIS TEST.
ALSO THE W-BIT
;.
SHOULD BE CLEARED WHEN THE PoR IS WRITTEN TO.
THE
;'
W-BIT PORTION OF THE PDR'S AND THE PAR/PDR ADRS MUX
;.
ARE BEING CHECKED.
i ; •••••••• It • • • • • •
*•• It • • • • • • • • • • *'.* * ................ *.* •• * ••••••••
TST3,:
SCOPE
1$:
MoV
N 140000, PSW
;Go TO USER MODE FOR THIS TEST
JSR
PC, ToFF
;TURN T-BIT TRAPPING OFF FOR THIS TEST
MOV
N4, R2
;SET LOOP COUNTER TO 4
; LOAD ADDRESS OF PAR3 INTO RO
MoV
NUl PAR3 t RO
MoV
N600, R 1
;LoAD "12-16K" PAR VALUE INTO R'
2$:
MoV
; MAP PARS 3-6 TO 12-16K
R' ,( RO)+
SOB
R2,2$
;LooP TIL ALL 4 OF THEM L8ADED
MOV
NUIPDRO,R5
; LOAD ADDRESS OF FIRST POR TO BE TESTED IN R5
. , 0, R4
MoV
; seT LOOP COUNTER TO 8
MOV
;INITIALIZE VIRTUAL ADDRESS Ta BE IN R3
,,'7776, R3
MoV
H3$,$LPERR
; SET LOOP ON ERROR PO I NTER TO 35
35:
MOV
NUIPDRO, RO
; LOAD A(.~R. OF FIRST PDR TO BE SETUP IN RO
#10,R2
jSET LOOP COUNTER TO B
MoV
MoV
#77406, Rl
;rUT "w-BIT OFF DATA" INTO R'
MoV
Rl, (RO)+
:CLEAR ALL W-8ITS BY WRITING TO ALL PDRS
4$:
R2,4$
SOB
;LoOP UNTIL ALL OF THEM SETUP
(R3), (R3)
MoV
:00 "DATo" TO VIRTUAL AOOR.-SETTING A W-BIT
(R5), NWBIT
BIT
; DID THAT CAUSE W-BIT TO BE SET?
BNE
5$
i BRANCH IF YES
2,
ERROR
;W-BIT DID NOT GET SET IN PDR
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH

2809
2810
~Sl 1
2812
2313
2014
2915
2816
2817
2B18
2819
2920
2821
2022
2B23
2824
2825
2826
2827
2828
2829
2330
2231
2832
2633

SEQ 0059

"SR 3~" = 000750
POINT RO TO NEXT PDR TO BE CHECKED
LOOP UNTIL ALL 8 CHECKED FOR CLEAR W-BIT
WRITE TO THE PDR TESTED TO CLEAR W-BIT
DID WRITING PDR CLEAR THE W-BIT?
BRANCH IF YES
W-BIT DID NOT CLEAR BY WRIT ING THE PDR
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 3$" = 000740
POINT R5 TO THE NEXT PDR TO BE TESTED
CHANGE VIRT. ADOR TO REF. NEXT POR
LOOP BACK TO 3$ UNTIL ALL 8 PDR'S TESTED
RESET LOOP ON ERROR POINTER TO 1$
TURN T-BIT BACK ON FOR NEXT TEST

2'179

"'II'

026000
026002
026010
025014
026020
026024
(l2603Q

026032
026034
02f'040
026044
02bO>;0
026056
026062
026066
026072
026074
026076
026100
026104
026'06

OOOu04

012737
004737
012702
012700
012701
010' 20
077202
012705

012i04
012703
012737
012700
o t 2702
012701
010120
077202
011313
03'527
001002
10402'

140000
036002
000004
177646
000600

177600
000010
017776
0::6056
177600
000010
077406

, 77776

0011 ,0

000,00

CfKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A(1052)
27-JUN-7B
09:33
PAG,60
CFK THB. P11
27-JUN-7B 09: 27
T3,
\OJ-BIT LoGI C TEST, USER PDR' S
2834
2835
2836
2837
2B38
2839
2B40
2841
2842
2843
2844
2845
2846
2847
2848
2849
28S0
285,
2d52
2B53
2854
2855
2856
2857
285B
2859
2860
2861
2B62
2863
2864
2865
2866
2867
286B
2069
2870
2971

026110
026112
026116
026122
026126
026130
026132
026134

000422
012702
012700
031027

BR
MoV
MoV
BI T
BEQ
CMP
BEQ
ERROR

000010
177600
000'00

001403

020500
00,401
104022

., 0, R2

;SET lOOP COUNTER TO B

'UIPDRO,RO
(RO), .WBIT
75
R5,RO
75
22

; LOAD ADDR. OF FIRST PDR TO BE CHECKED IN ~O
; DID W-BIT IN OTHER PoRS REMAIN CLEAR7
;BRANCH IF YES
: IF W-BlT SET, THEN WAS IT PDR UNDER TEST?
i BRANCH 1 F YES
;W-8IT GOT SET IN MORE THAN o~E PDR

;FOR TIGHTER SCOPE LOOP
:REPLACE ERROR CALL WITH

026136
026142
026144
026146
026152
026154

062700
077 ell
010115
031527
00,401
104023

000002

026156
026162
026166
026170
026176
026202

062705
062703
077445
012737
004737
005037

000002
020000

000100

026002

8S:
0011 '0

036036

ADD
SOB
MoV
BI T
BEQ
ERROR

#2, RO
R2,6$
Rl ,( R5)
(R5) ,.WBIT
B$
23

ADD
ADD
SOB
MoV
JSR
CLR

H2,R5
04'20000 I R3
·'4,3$
'1$, $LPERR
PC, ToN
PSW

;.i···· . ····· "' ........ "'' . . . '"

'71776

j ••

";5T 32

; "BR 3$" = 000750
;PoiNT RO TO NEXT PDR TO BE CHECKED

; LOOP UNTIL ALL 8 CHECKED FOR CLEAR W-BIT
;WRITE TO THE PDR TESTED TO CLEAR W-BlT
:010 WRITING PDR CLEAR THE W-9IT?
;BRANCH IF YES
:W-BlT DID NOT CLEAR BY WRITING THE PDR
:FDR TIGHTER SCOPE LOOP
;REPLACE ERROR CALL WITH
; "Br; 3$" ::. 000740
; POINT R5 TO THE NEXT PDR TO BE TESTED
;CHANGE VIRT. ADDR TO REF. NEXT PDR
;LOOP BACK TO 3$ UNTIL ALL B PDR'S TESTED
; RESET LOOP ON ERROR POINTER TO 1 $
; TURN T-~lT BACK ON FOR NEXT TEST
:BACK TO KERNEL MODE BEFORE LEAVING

"'* .............. '" '" * .......... * ...... "' ••• * ...... "' ....... "'* '"

TEST "W-8IT NOT SET" CAS=:S

;

;.
i'"
;.
;.

026206

000004

026210
026214
026220
026226
026232
026236
026242
026246
026250
026252

004737
012701
012737
010137
013700
010037
013702
020102
001401
104024

THIS TEST CHECKS TWO SPECIAL CASES WHERE THE W-BI T DOES
NOT GET SET ON A WRITE.
FIRST CASE IS THAT THE W-BIT
SHOULD NOT SET IN PAGE DESCRIPTOR REG. 7 WHEN WRITING TO
STATUS REG SRO (KERNEL PoR 7 IS USED).
SECOND CASE IS THAT

THE W-BIT IS NOT SET IF THE "DATa"

ODD ADDRESS ERROR (KERNEL PDR3 & VIRTUAL ADDR 60001

;

IS ABORTED DUE TO AN
ARE USED).

i ; ......................................... * •• * ............................ .
TST32:
SCOPE

2872
:/873

SEQ 0059

:"BR 3$"
000763
:SKIP CHECKING OTHER PDR'S-ERRoR WILL SET W-BITS

21374
2875
2£376
2377
207B
2879
28BO
28Bl

2BB2
28B3
2884
28B5
2B86
28B7
298B
28B9

036002
077406
026226
172316
177572
177572
1723'6

001110

25:

JSR
MOV
MoV
MOV
MoV
MoV
MoV
CMP
BEQ
ERROR

PC, TOFF
077406, R'
N2$, $LPERR
Rl,KIPDR7
SRO, RO
RO, SRO
KIPDR7,R2
R, ,R2
3$
24

TURN OFF T-BlT TRAPPING FOR THIS TEST

PUT "W-BI T OFF" VALUE FOR PDR IN R1
SET LOOP ON ERROR POINTER TO 2$
LOAD KERNEL PoR 7 TO CLEAR W-BIT
READ PRESENT CONTENTS OF STATUS REG. 0
WRITE PRESENT CONTENTS OF SRO BACK TO ITSELF
READ CONTENTS OF KIPoR7 INTO R2

WAS W-8IT LEFT CLEARED?
BRANCH I F YES
w-BIT IN KIPDR7 SET WHEN SRO WAS WRITTEN TO
FOR TIGHTER SCOPE LOOP

REPLACE ERROR CALL WITH
026254
026262

0'2737
010137

026254
172306

00' 1 10

3S:

MoV
MOV

'3$,$LPERR
R1,KIPOR3

"BR 2$" • 000765
SET LOOP ON ERROR POINTER TO 3$
LOAD KERNEL PDRl WITH 17406 TO CLEAR W-BIT

CFKTH80 PDP 11/34 MEM MGNT DUG MACYll 30A(1052)
27-JUN-78 09:33 PAGE 61
CFKTHB.Pl1
27-JUN-78 09:27
T32
TEST "W-BIT NOT SET' CASES
2B90

2091
2892
2893
2894
2895
2896
2897
2898
21J99
2900
2901
2902
2903

026266
026;!74
026300
026304
026310
026312
026314

012737
005237
012706
013702
020102
001401
104025

026300
060001
001100
172306

026316
026324
026332

012737
012737
004737

002332
026210
036036

000004

000004
001110

55:

2905
2906
2907
2908

:.
:.
:.

2~09

:.
:.
:.

2910
2911
2912
2913
2914
2915
2916
2917
2918

2928
2!J29
2930
2331
2932
2933
2934
2935
2936
2937
293B
2939
2940
2941
2942
2943
2944
2945

MOV
MOV
JSR

NT IMERR, ERRVEC
'1$.$LPERR
PC, TON

hIPDR3,R2
RI,R2
55
25

j BRANCH

~ F

YES

:W-BIT GOT SET DURING AN 000 ADDR. ABORT
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
: "BR 3$" • 000757
: RESTORE NORMAL CPU TRAP ROUTINE TO LOC.4
: RESET LOOP ON ERROR POINTER TO 15
: TURN T-BIT TRAPPING BACK ON

THE NEXT THREE (3) TESTS CAUSE M~MORY MANAGEMENT ERRORS
TO CHECK THE ABILITY OF STATUS REGISTER 0 TO RECOPD KT
ERRORS AND THE ABILITY OF STATUS REGISTER 2 TO LOCK UP THE
VIRTUAL AODR. OF THE INSTRUCTION THAT CAUSED T~F. ERROR.
THE BITS OF SR2 ARE CHECKED AND BITS <15:13>. <6:5>, AND <3:0>
ARE CHECKED IN SRO.
SO THE SRO AND SR2 LOGIC AND THE
KT ERROR LOGIC ARE CHECKED.

,.................................................................
;;

; ; •••••••• "' ••••••••••••••••••••••••••••• ** ••••••••••• "••• oIe • • • • • • •

.
.................................................. ............... .

: _TEST 33

:.
:.
:.
"

2919

2927

#45, ERRVEC
60001
NKERSTK, KSP

; ; ••••••••• , ...................................... * ................ .
:

2904

2920
2J21
2922
2923
2924
2925
2926

MOV
INC
MOV
MOV
CMP
BEQ
ERROR

SEQ 0060

: SET UP LaC. 4 TO 4$ FOR 000 ADDR. ABORT
:CAUSE 000 ADDRESS ABORT HiRU LaC. 4
:RESTORE THE STACK POINTER
: READ K I PoR3 INTO R2
: WAS W-BIT LEFT CLEARED?

026336

000004

026340
026344
il263~0

012700
010037
010037

026354
02fo360
02f)364
026372
026400
026404
026410
026414
026420
026426
026432
026436
026444
026446
026454
026456

010037
012737
012737
012700
012701
012703
012702
012737
010237
010237
012737
005t:'1tO
013737
00521 I
104026

010037

;;
TST33:
000600
172346
172350
177646
177650
077406
077406
060000
100000
100011
077400
026462
172310
177610
026444

IS:

172306
177606

000250

2S:

001 I 10
3$:

177776

001176

4$:

NON-RESIDENT ABORT TEST (ACF'0&4)

THI S TEST CHECKS THE ACCESS tONTROL FIELD (ACF) COMPARATOR
LOGIC BY CAUSING NON-RESIDENT ABORTS IN BOTH KERNEL AND
USER MODES.
PDR 4 I S LOADED WI TH ACF' S • 0&4 AND
THEN PHYSICAL ADDR. 60000 I~ ACCESSED TO CAUSE THE ABORT.

SCOPE

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
CLR
MOV
INC
ERROR

N600, RO
RO ,KIPAR3
RO,KIPAR4
RO,UIPAR3
RO,UIPAR4
077406. KI PDR3
077406. UI PDR3
N60000, RO
Nl00000.RI
NI00011.R3
N77400.R2
NSS,MMVEC
R2,KIPOR4
R2,UIPDR4
N3$.$LPERR
(RO)
PSW,STMPO
(RI)
26

: LOAD OAT A FOR PAR'S INTO RO
:MAP KERNEL PAR'S 3&4 TO 12-16K
:MAP USER PAR'S 3&4 TO 12-16K
:MAP KERNEL PDR 3
12B BLKS. READ-WRIT~
:MAP USER PDR 3
128 BLKS, READ-WRITE
: LOAD VIRTUAL AODR. TO REFERENCE PDR3 INTO RO
: LOAD VIRTUAL ADDR. TO REFERENCE PDR4 INTO RI
:LOAD R3 WITH WHAT SRO SHOULD REAO - N.R .. KERNEL, PG.4
:LOAO ACF.O (NON-RESIDENT) PDR VALUE IN R2
: POINT MEM. MGMT. TRAP VECTOR TO 5$ BelOW
: LOAD ACF TEST VALUE INTO KIPDR4
: LOAD ACF TEST VALUE INTO UIPDR4
: SE T LOOP ON ERROR POINTER TO 3$
:CLEAR PHYS. LOC. 60000 USING PDR3
: SAVE PSW IN CASE OF ERROR
: TRY TO REF, IT USING PDR4 - SHOULD TR,\P TO 55
:MEM. MGMT. ABORT DID NOT OCCUR

CFKTHBO PDP 11/34 MEM M"NT DIAG MACYl1 30A( 1052)
27-JUN-7B 09'33
PAGE 62
CFKTHB.Pl1
27-JUN-78 09:27
T33
NON-RESIDENT ABORT TEST (ACF=0&4)
2946
2947
2948
2949
2950
2951
2952
2953
2954
2955
2956
2957
2958
2959
2Q60
2361
2962
2963
2964

2905
2966
2967
2968
2969
2970
2971
2972
2973
2974
2975
2976
2977
297B
2979
29BO
29Bl
29B2
29B3
2984
2985
2g86
2987
298B
2989
2990
2991
2992
2993
2994
2995
2996
2997
2998
2999
3000
3001

026460
026462
026466
025470
026472

000425
062706
005710
001401
104027

026474
026502
026510
026514
026516

013737
013737
020337
001401
104030

177572
177576
001366

026520
026524
026530
026532

c; 1210 ..

026454
001370

026534
026542
026550
026552
026556
026564
026566
026572
026574
026600
026604
026610
026612
026616
026624

042737
032737
001006
012703
012737
000715
022702

020437
001401
104031

55:

000004

BR
ADO
TST

BEQ
ERROR

00l36C
001370

6$:

ERROR

SRO,WASSRO
SR2,WASSR2
R3,WASSRO
7$
30

MOV
CMP

N4$,R4
R4.WASSR2

BEQ

ERROR

BIC
BIT
BNE
MOV
MOV
BR
CMP
BEQ
MOV
MOV
CLR
BR
CLR
MOV
MOV

N160000,SRO
N140000, STMPO
9$
'IOOl51,R3
N I 40000, PSW
2$
077404, R2
10$
N77404, R2
Nl00011,R3
PSW
2S
PSW
NIS,$LPERR
NMGMERR,MMVEC

MOV
MOV
CMP

BEQ

7$:

BS
N4,SP
(RO)
6$
27

SEQ ooal

: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
: "BR 3$" • 000772
: BRANCH AROUND STATUS REG. CHECKS IF NO ABORT
: RESTORE STACK POINTER
:010 INSTRUCTION GET ABORTED & NOT EXECUTE
i BRANCH 1 F YES
: INSTRUCTION WAS NOT ABORTED, LaC. GOT CHANGED
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
i "SR 3$" = 000764
:READ STATUS REGISTER 0
:READ STATUS REGISTER 2
:010 SRO REPORT NON-RESIDEIH ERROR CORRECTlY7
:BRANCH IF YES
:SRO 010 NOT REPORT NON-RES. ERROR CORRECTLY
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
i" SR 3$" = 000752
,LOAD P4 WI TH WHAT SR2 SHOULD READ
:010 SR2 LOCKUP RIGHT VIRTUAL ADDR. (=4$)7
:BRANCH IF YES
:SR2 DID NOT LOCK VIRTUAL ADDR. OF NON-RES. ERROR
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
: "BR 3$"
000744
: C LEAR THE ERROR BITS IN SRO
:HAS ACF.0&4 BEEN TESTED IN USER YET
: BRANCH I F YES
:LOAD R3 WITH WHAT SRO SHOULD READ - N.R .. USER, PG.4
; GO 1'0 USER MODE
:REPEAT TEST IN USER MODE
:HAS ACF.4 BEEN TESTED YET?
i BRANCH I F YES
:THEN LOAD ACF.4 (NON-RES) PDR VALUE IN R2
: LOAD R3 WITH WHAT SRO SHOULD READ-N.R. ,KERNEL,PG. 4
:GD BACK TO KERNEL MODE
:GD BACK & TEST ACF=4 IN SAME MODE
:GO BACK TO KERNEL MODE BEFORE LEAVING
: RESET LOOP ON ERROR POINTER TO IS
:RESTORE ADD~E~S OF NORMAL MEMORY
:MANAGEMENT ERROR ROUTINE TO MMVEC

160000
140000

177572
001176

100151
140000

177776

8S:

9$:

077404

001 ~07
012702
012703
005037
000703
005037
012737
012737

077404
10001 I
177776
177776
026340
002400

lOS:
001 I 10
000250

; ; ••••••••••••• " ~ •••••••••••••••••••••••••• * •••••• " ••••••••••••••

: _TEST 34

:.
:.
:.
:.

;

026632
026634

000004

026634

012700

READ-ONLY ABORT TEST (ACF.2)

THIS TEST CHECKS THE ACCESS CONTROL FIELD (ACF) COMPARATOR
LOGIC BY CAUSING READ-ONLY ABORTS IN BOTH KERNEL AND
USER MODES.
PDR 4 IS LOAD WITH ACF.2 AND THEN
PHYSICAL ADDR. 60000 IS WRITTEN TO CAUSE THE ABORT.

i,···························*·······. . ················...........

TST34'
1$:
060000

SCOPE

MOV

#60000, RO

: KERNEL & USER PAR'S 3 & 4 AND PDR 3
:ARE SETUP FROM LAST TEST
: LOAO VIRTUAL ADDR. TO REFERENCE PDR3 INTO RD

CFKTH60 PDP 11/34 MEM MGNT DlAG MACYll 30A(1052)
27-JUN-7B 09:33
PAG~ 63
CFKTHB.PI1
27-JU:<-78 09:27
T34
READ-ONLY ABORT TEST (ACF.2)
3002
3003
3004
3005
3006
3007
3008
3009
3r)10
3011
3012
3013
3014
3015
3016
3017
3018
3019
3020
3021
3022
3023
3024
3025
3026
3027
3028
3029
3030
3031
3032
3033
3034
3035
3036
3037
3038

3039
3040

3041
3012
3043

3044
3045
3046
3047
3048
3049
3050
3051
3052
3053
3054
3055
3056
3057

026640
026644
026650
026654
026662
026666
026672
026700
026702
026710
026712

012701
012703
012702
012737
010237
010237
012737
005010
013737
005211
104026

026714
026716
026722
026724
026726

000425
062706
005710
001401
104027

026730
026736
026744
026750

177572
177576
001366

02675~

013737
013737
020337
001401
104030

026754
026760
026764
026766

012704
020437
001401
104031

026710
001370

026770
026776
027004
027006
027012

042737
032737
001006
012703
012737
000715
005037
01 :2737
012737

160000
140000

177572
001176

020151
140000

177776

177776
026634
002400

001110
000250

100000
020011
077402
026716
172310
177610
026700

001110

177776

001178

2$:

000250

3S:
4$:

5$:

000004

MoV
MoV
MOV
MOV
MOV
MOV
MOV
CLR
MOV
INC
ERROR

Nl00000,Rl
#77402, R2
N5$,MMVEC
R2,KIPDR4
R2,UIPDR4
N3$,$LPERR
(RO)
PSW,STMPO
(Rt)
26

BR
ADD
TST
BEQ
ERROR

BS
N4,SP
(RO)
6$
27

MOV
MOV
CMP
BEQ
ERROR

SRO, WASSRO
oiR2,WASSR2
R3,WASSRO
75
30

MOV
CMP
BEQ
ERROR

14$, R4

BIC
BIT
BNE
MOV
MOV
BR
CLR
MOV
MOV

N 160000, SRO
N 140000, STMPO
9$
120151, R3
1140000, PSW
2$
PSW
11$,SLPERR
NMGMERR,MMVEC

N20011,P.3

SEQ 0062

;LOAD VIRTUAL ACDR. TO REFERENCE PDR4 INTO Rl
; LOAD R3 WITH WHAT SRO SHOULD READ - RIO, KERNEL,
;LOAD ACF=2 (READ-ONLY) PDR VALUE IN R2
; POINT MEM. MGMT. TRAP VECTOR TO 5$ BELOW

;LOAD ACF=2 INTO KIPDR4
;LOAD ACF=2 IN,) UIPDR4
; SET LOOP ON ERROR POINTER TO 3$
; CLEAR PHYS. LOC. 60000 USING PDR3
; SAVE PSW IN CASE OF ERROR
;TRY TO WRITE USING POR4 - SHOULD TRAP T.O 5$
;MEM. MGMT. ABORT DID NOT OCCUR
; FOR TIGHTER SCOPE LOOP
;REPLACE ERROR CALL WITH
; "BR 3$" = 000772
;BRANCH AROUND STATUS REG. CHECKS IF NO ABORT
; RESTORE STACK POINTER
;010 INSTRUCTION GET ABORTED & NOT EXECUTE
i BRANCH I F YES
; INSTRUCTION WAS NOT ABORTED, LOC. GOT CHANGED
; FOR TIGHTER SCOPE LOOP

; REPLACe. ERROR CALL

027020
027022
027026
027034

001366

6$:

001370

BS:

9$:

R4,WASSR2
BS
31

~ITH

; "BR 3$" = 000764
;READ STATUS REG. 0
; READ STATUS REG. 2
; DID SRO REPORT READ-ONLY ERROR ~ORRECTLY?
; BRANCH : F YES
;SRO DID NOT REPORT R/O ERROR CORRECTLY
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;" BR 3$'"
000752
; LOAD R4 WI TH WHAT SR2 SHOULD READ
;010 SR2 LOCKUP RIGHT VIRTUAL AOOR. (-4$)1
; BRANCH 1 F YES
;SR2 DID NOT LOCKUP VIRTUAL ADDR. OF RIO ERROR
; FOR Tl GHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 3$11 = 000744
; CLEAR THE ERROR BITS IN SRO
; HAS ACF=2 BEEN TESTED IN USER MODE?
; BRANCH I F yES
; LOAD R3 WITH WHAT SRO SHOULD READ-RIO, USER. PG,4
; GO TO USER MODE
; REPEAT TEST IN USER MODE
;GO BACK TO KERNEL MODE BEFORE LEAVING
; RESET LOOP ON ERROR POINTER TO 1 $
; RESTORE ADDRESS OF NORMA L MEMORY
;MANAGEMENT ERROR ROUTINE TO MMVEC.

;; ••••••••••• *............ "'* ....................... ** ...... "' ........... .

;.TEST 35
TEST ILLEGAL MODE "01"
;
;'
THIS TEST CHECKS TO SEE THAT A 01 IN THE CURRENT MODE BITS OF THE
;.
PSW WHILE MEMORY MANAGEMENT IS ON IS ILLEGAL.
A
;.
MEMORY MANAGEMENT ABORT SHOULO OCCUR AND STATUS REGISTER 0
;.
SHOULD REPORT NON-RESIDENT ABORT, MODE. 01, PAGE' 1 (100043).
STATUS
;'
REGISTER 2 SHOULD LOCKUP THE ADDRESS OF THE INSTRUCTION
;.
THAT LOADED THE FSW.

27-JUN-7B 09: 33
PAGE 64
CFKTHBO PDP 11/34 MEM MGNT 01 AG MACY 11 30A( 1 052)
CFKTHB.Pll
27-JUN-78 09:27
T35
TEST ILLEGAL MODE '01'
3058
3059
3060
3061
3062
3063
3064
3065
3066
3067
3068
3069
3070
3071
3072
3073
3074
3075
3076
3077
307B
3079
30BO
30Bl
3082
30B3
3084
30B5
30B6
30B7
3088
3089
3090
3091
3092
3093
3094
3095
3096
3097
309B

;

027042
027044
027052
027060
027066
027070

000004
012737
012737
012737
000240
104056

027072
027074
02710n
027104

000424
012706
012701
013737

027112
027116
027120

020137
001401
104057

027060
027074
040000

001110
000250
177776

001100
100043
177572

001366

SEQ 0063

i ; ••••••• "' ••••••••••••••••••••••••••••••••••••• ** .................. .
TST35:
SCOPE
IS:
MOV
.2$,$LPERR
; SET LOOP ON ERROR POINTER TO 2$
MOV
N3S,MMVEC
; LOAD MEM. MGMT. TRAP VECTOR WITH 3$
; SET 01 :N PSW CURRENT MODE BITS
MOV
2S:
140000, PSW
; FETCH OF THIS INSTRUCTION SHOULD CAUSE ABORT
NOP
; I LLEGAL MODE 01 NOT ABORTED
ERROR
56
;FOR A TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "SR 2$" = 000773
; BRANCH AROUND SRO & SR2 CHECKS
BR
5$
MOV
NKERSTK,SP
; RESTORE STACK POINTER
3S:
MOV
Nl00043,Rl
; LOAD EXPECTED CONTENTS OR SRO INTO Rl
MOV
SRO,WASSRO
; READ CONTENTS OF SRO

CMP
BEQ
ERROR

001366

Rl,WASSRO
4$
57

;010 SRO REPORT ILLEGAL MODE CORRECTLY?
;BRANCH IF YES
;SRO OlD NOT REPORT NR ABORT. PG=I, MODE-Ol
; FOR T! GHTER SCOPE LOOP
; REPLACE ERROR CALL WITH

; "BR 2$" = 000757
027122
027126
027134
027140
027142

012701
013737
020137
001401
104036

027060
177576
001370

001370

027144
027152
027160

042737
012737
012737

160000
002400

177572
00025C
001110

451

MOV
MOV
CMP
BEQ
ERROR

N2$,Rl
SR2,WASSR2
Rl,WASSR2
5$
36

; LOAD EXPECTED CONTENTS OF SR2 INTO Rl
;READ CONTENTS OF SR2
;010 SR2 LOCKUP VIRT. ADDR OF ABORTED INST.
jBRANCH IF YES
;SR2 DID NOT LOCKUP VIRT. ADDR. OF ILL, MODE INST.
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH

5$.

BIC
MOV
MOV

N160000, SRO
IMGMERR,MMVEC
11S,$LPERR

;CLEAR POSSIBLE ERROR BITS IN SRO
; RESTORE MEM. MGMT. ABORT VECTOR
; RESET LOOP ON ERROR POINTER TO 1 S

; "BR 2$" = 000746
027044

3099

3100
3101
3102
3103
3104
310~

3106
3107
310B
3109
3110
3111
3112
3113

PG,4

; •••• "'. '" *"'*"'*.*'" ........ '" '" •• "'* '" ."'>11 "' .. "' .......... _* *."' ..

II< "' ........

*.................

>It • •

THE NEXT TWO (2) TESTS ill I LL DE CHECK I~G THE PAGE LENGTIi
COMPARATORS AND SOME MORE OF THE KT ERROR DETECTION
AND STATUS LOGIC.
THE PAGE LENGTH FIELD (PLF) IN KERNEL
PDR 4 IS VARIED AND FOR EVERY PLF, THREE (3) VIRTUAL
ADDRESSES ARE READ.
WHILE USING BOTH UPWARD & DOWNWARD PAGE
EXPANSION, ONE OF THOSE THREE VIRTUAL ADDRESSES IIIILL CAUSE A
.. PAGE LENGTH ABORT" WHI LE THE OTHER TWO WON'T.
STATUS REGISTER 0 & 2 ARE CHECKED WHEN THE PAGE LENGTH

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll aOA( 1052)
27-JUN-78 09:33
PAGE 65
CFKTHB.Pll
27-JUN-78 09:27
T3S
TEST ILLEGAL MODE '01'
3114
3115
3115
3117
3118
3119
3120
3121
3122
3123

ABORT OOES OCCUR TO see THAT THE ABORT IS REPORTED AND THAT
THE VIRTUAL ADDRESS OF THE INSTRUCTION THAT CAUSED TIlE ABORT
IS LOCKED UP.

i ; *"'** "'''

""** •• "'."'. rt<*.* 'Ie • • • • • • • • • • • • *.'" **$.*" "'* "" ....... "' ••• "' •• * It"' ' '" . . *>11.

"'*"''''*'''''' ••PAGE
"'."'. LENGTH
'" It"' •• *>11FAULTS-UPWARD
•••• '" >It"'''' >fI'" '" *
** ** "'*. *** ****",*.>11
EXPANSION

j ; **'1"$**

>I<

>Ie",,,,"':$: '"

"TEST 36

3124

3125
3126
3127
312B
3129
3130
3131
3132

"
;.
"
"

THIS TEST VARIES THE PAGE LENGTH FIELD (PLF) IN KERNEL PDR 4
FROM 1 TO 177 AND FOR EACH PLF, THREE v I RTUAL ADDRESSES (VBA' S)
ARE ACCESSED.
WHEN VBA <12:6> IS LESS THAN OR EQUAL TO PDR <14:8>
NO ABORT SHOU LD OCCUR.
WHEN VBA <12: 6> IS GREATER THAN PDR < 14: 8>,
A PAGE LENGTH ABORT SHOU LD OCCUR AND BE REPORT EO BY SRO & SR2.
THE PAGE EXPANSION DIRECTION IN THIS TEST IS UPWARD, (THE ED BIT
(BIT 3) OF PDR 4 • 0).

,.
"
"

; ; ."''''*''''''*SCOPE
*** '1""", "'''''''* "'*'" *"'* *'" *"'**Ili* '" "' ... "' •• "'."'.* «"''''''' "'."'* ****** '" *"' .....

31:i3
3134
3135
3136
3137
313B
3139
3140
3141
3142
3143
3144
3145
3146
3147
314B
3149
3150
3151
3152
3153
3154
3155
3156
3157
315B
3159
3160
3161
3162
3163
3164
3165
3166
3167
316B
3169

seQ 0064

"
"
"

027166
027170
027176
027204
027210
027214
027222
027226
027234
027240
027242
027246
027254
027260
027262
027266
027272
027274
027302
027310
027312

000004
012737
012737
012700
012704
012737
010437
012737
012706
011001
062700
012737
0: 2706
011 vOl
062700
020027
001470
012737
012737
011001
104033

027314
027322
027330
027336
027342
027346
027350

000424
012706
013737
013737
012702
020237
001401
104034

027352

012703

077406
077406
100000
000406
027406
172310
027234
001100
000100
0272S4
001100

TST3S:
1$:

172306
172312

MOV
MOV
MDV
MOV
MOV
MOV
MOV
MOV
MOV
ADO
MOV
MOV
MOV
ADO
CMP
BEQ
MOV
MOV
MOV
ERROR

#77406, K I PDR3
#77406, KIPOR5
Nl 00000, RO
N406, R4
N9S ,MMVEC
R4, KIPDR4
#3$, SLPERR
NKERSTK,KSP
(RO) ,Rl
N100,RO
N4$, SLPERR
NKERSTK, KSP
(RO), Rl
'100, RO
RO, '117700
10$
#55, $LPERR
#6$ ,MMVEC
(RO) ,Rl
33

BR
MOV
MOV
MOV
MOV
CMP
BEQ
ERROR

BS
NKERSTK, KSP
SRO ,WASSRO
SR2, WASSR2
.40011, R2
R2,WASSRO
75
34

MDV

N5S,R3

2$:

000250
001110

3S:

001110

4$:

000100
117700
027310
027316

001110
000250
5S:

; MAKE SURE PDR3 IS DESCR I BED AS R/W
;MAKE SURE PDRS IS DESCRIBED AS R/W
,LOAD VIRTUAL ADDR. TO SELECT PDR4 INTO RO
,LOAD FIRST PDR VALUE IN R4 (PLF.1. ACf.6l
,SETUP M.M. TRAP VECTOR FOR UNEXPECTED ABORTS
;LOAD KIPDR4 wITH PAGE LENGTH VALUE
,SET LOOP ON ERROR POINTER TO 35
,MAKE SURE STACK POINTER IS ALL SET UP
,ACCESS VIRTUAL ADDR. (VBA < PLF - NO ABORT)
,FORM NEXT VIRTUAL ADDRESS IN RO
,SET LOOP ON ERROR POINTER TO 4$
,MAKE SURE STACK POINTER IS ALL SET UP
,ACCESS VIRTUAL ADDR. (VBA=PLF - NO ABORTl
,FORM NEXT VIRTUAL ADDR IN RO
;HAVE ALL PLF'S BEEN TESTED YET?
,BRANCH IF ALL VBA'S & PLF'S HAVE BEEN USED
,SET LOOP ON ERROR POINTER TO 5$
,SETUP M.M. TRAP VECTOR FOR EXPECTED ABORT
,ACCESS VIRTUAL ADDR. (VBA > PLF - ABORT TO 6$)
,EXP~CTIoD PAGE LENGTH ABORT 010 NOT OCCUR
,FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;"BR S$U
000776
,BRANCH AROUND ABORT CHECKS
,RESTORE STACK POINTER FOLLOWING ABORT
jREAD M.M. STATUS REG. 0
,READ M.M. STATUS REG. 2
,PUT EXPECTED SRO CONTENTS IN R2
,DID SRO ~EPORT PG. LENGTH ABORT, PAGE 4, KERNEL?
,BRANCH I F YES
,SRO DID NOT REPORT PG. LENGTH ABORT CORRECTLV
,FOR TIGHTER SCOPE LOOP
,REPLACE ERROR CALL WITH
; "BR 5$" • 000757
,PUT EXPECTED SR2 CONTENTS IN R3

027316

001100
177572
177576
040011
001366

6S:
001366
001370

027310

75:

CFKTHBO PDP 11/34 MEM MGNT DrAG MACVll 30A (1052)
27-JUN-7B 09: 33
PAGr 66
CFKTHB. Pll
27-JUN-78 09:27
T36
PAGE LENGTH FAULTS-UPWARD EXPANSION
3170
3171
3172
3173
3174
3175
3176
3177
317B
3179
3180
31Bl
3182
3183
31 B4
3185
31B5
31 B7

027356
027362
027364

020337
001401
104035

001370

027366
027374
027400

160000
000400
000100

027404

042737
062704
162700
000703

027406
027412
027416
027424
027432
027440

012637
012637
013" 37
013737
042737
104032

001356
001360
177572
177576
160000

027442
027446
027452

013'74b

013746
000002

001360
001356

027454
027462

012737
012737

CMP
BEQ
ERROR

177572

as:

9$:
001366
001370
177572

BIC
ADO
SUB
BR

R3,WASSR2
BS
35

N 160000, SRO

#400, R4
N100,RO

MOV
MOV
MOV
MOV
BIC
ERROR

(KSP)+, TRAPPC
(KSP)+, TRAPPS
SRO, WASSRO
SR2,WASSR2
N 160000, SRO
32

MOV
MOV
RTI

TRAPPS,-(KSP)
TRAPPC, - (KSP)

MOV
MDV

N1S,$LPERR
NMGMERR, MMVEC

3188

3189
3190
31·91
3192
3193
3194
3195
3196
3197
319a
3199
3200
3201
3202
3203
3204
3205
3206
3207
320B
3209
321C
3211
3212
3213
3214

3215
3216
3217
321 a
3219
3220
3221
3222
3223
3224
3225

027170
002400

001110
000250

lOS:

seQ 0065

,OlD SR2 LOCKUP VIRT. ADDR. OF ABORTED INSTRUCTION?
,BRANCH I F YES
;SR2 DID NOT LOCKUP VIRT. ADDR. OF ABORT CORRECTLY
,FOR TIGHTER SCOPE LOOP
,REPLACE ERROR CALL WITH
;"BR 5$'· = 000751
,CLEAR ERROR BITS IN SRO
,FORM NEXT PLF VALUE FOR KIPDR4
,FORM FIRST VIRT. ADOR FOR THAT PLF VALUE
,BRANCH BACK AND ACCESS 3 VBA' S FOR
i THE PlF VALUE JUST FORMED
,SAVE PC & PS OF TRAP
,SAVE CONTENTS OF SRO FOR ERROR
,SAVE CONTENTS OF SR2 FOR ERROR
,CLEAR ERROR BITS IN SRO
;GOT PG. LENGTH A.BORT BEFORE IT WAS EXPECTED
,FOR TIGHTER SCOPE LOOP
;REPLACE ERROR CALL WITH
,A "NOP" = 000240
,PUT PC & PS OF TRAP ON STACK
,RETURN FROM UNEXPECTED ABORT
; RESET LOOP ON ERROR POINTER TO 1$
; RES TORf NORMAL M.M, TRAP HANDLER
: ADDRESS TO M .M. TRAP VECTOR

; ;,... "' ..... "'.*"'*"'''''''*.'''
••• '" '" ******* '" "'* **"'* '" '" 'ft. "'. "'''' * ** '" "'."'."''''''' "'*"'''' '" '"
PAGE LENGTH FAULTS-DOWNWARD EXFANSION

II<

,oTEST 37
"
"
"
"
"
"
"

,
027470
027472
027476
027502

000004
012700
012704
01:2737

027510
027514

010437

027522
027526
027530

027534
027542
027540
027550
027554
027560

012737
012706
011001
162700
012737
012706
011001
162700
020027
001470

THIS TEST VARIES THE PAGE LENGTH FIELD (PLF) IN KERNEL PDR4
FROM 176 TO 0 AND FOR EACH PLF. THREE VIRTUAL ADDRESSES (VBA'S)
ARE ACCESSED.
WHEN VBA <12:6> IS GREATER THAN OR EQUAL TO PDR <14:8>
NO PAGE ABORT SHOULD OCCUR.
WHEN VBA <12:6> IS LESS THAN PDR <14:B>
A PAGE LENGTH ABORT SHOU LD OCCUR AND BE REPORTED BY SRO & SR2.
THE PAGE EXPANSION DIRECTION IN THIS TEST IS DOWNWARD, (THE EO BIT
(BIT 3) OF PDR4'1l.

; : '" ."'."'**'"
'" ."' ••• '" "'''''''* '" *."'*.41"' •••• '" '" **"'* ** '" '" '" '" ** "' . . *'" "''''4<'''.''' ** '" "''''''' '" '"
SCOPE

117700
077016
027674
172310
027522
001100
000100
027542
001100
000100
100000

TST37:
1$:
000250

25:

001110

3$:
001110
4$:

MOV
MOV
MOV
MOV
MOV
MOV
MOV
SUB
MOV
MOV
MDV
SUB
CMP
BEQ

N117700,RO
N77016,R4
#9$ ,MMVEC
R4,KI PDR4
#3$, SLPERR
NKERSTK, KSP
(RO), Rl
Nl00,RO
N4$, $LPERR
NKERSTK,KSP
(RO) ,Rl
N'OO,RO
RO,Nl00000

'OS

LOAD VIRTUAL ADDR. TO SELECT PDR4 INTO RD
LOAD FIRST PDR VALUE IN R4 (PLF=176,ACF=6)
SETUP M.M. TRAP VECTOR FOR UNEXPECTED ABORTS
LOAD KIPOR4 WITH PAGE LENGTH VALUE
SET LOOP ON ERROR POINTER TO 3$
MAKE SURE STACK POINTER IS ALL SET UP
ACCESS VIRTUAL ADDR. (VBA > PLF - NO ABORT)
FORM NEXT VIRTUAL ADDRESS IN RO
SET LOOP ON ERROR POINTER TO 45
MAKE SURE STACK POINTER IS ALL SET UP
ACCESS VIRTUAL ADDR. (VBA=PLF - NO ABORTl
FORM NEXT VIRTUAL ADDR. IN RO
HAVE ALL PLF' S BEEN TEST EO YET?
BRANCH IF ALL VBA'S /I, PLF'S HAVE BEEN USED

CFKTHBO POP 11/34 MEM MGNT DIAG MACYl1 30A(1052)
27-JUN-7B 09:33 PAGE 67
CFJ<THB.Pl1
21-JUN-78 09:27
T37
PAGE LENGTH FAULTS-DOWNWARD EXPANSION
3226
3227
3228
3229
3230
3231
3232
3233
3~34

3235
3236
3237
3238
3239
3240
3241
3242
3243
3244
3245
3246
3247
324B
3249
3250
3251
3252
3253
3254
3255
3256
3257
3258
3259
3260
3261
3262
3263
3264
3265
3266
3267
3268
3269
3270
3271
3272
3273
3274
3275
3276
3277
3278
3279
3280
3281

027576
027604

027562
027570
027576
027600

012737
012737
011001
104033

027602
017604
027610
027616
027624
027630
027634
027636

000424
012706
013737
013737
012702
020237
001401
104034

027640
027644
027650
027652

012703
020337
001401
104035

027576
001370

027654
027662
027666
027672

042737
162704
062700
000703

160000
000400
000100

027674
027700
027704
027712
027720
027726

012637
012637
013737
013737
042737
104032

001356
001360
177572
177576
160000

027730
027734
027740

013746
013746
000002

001360
001356

027;42

012737
012737

027472
002400

027750

001110
000250

0011 00
177572
177576
04001,
001366

3292
3293
3294
3295
3296
3297
329B
3299
3300
3301
3302
3303
3304
330S
3306
3307
3308
3309
3310
3311
3312
3313
3314
3315
3316
3317
3318
3319
3320

332'

BR
MOV
MOV
MOV
MOV
CMP
BEQ
ERROR

BS
#KERSTK, KSP
SRO,WASSRO
SR2,WASSR2
#40011, R2
R2,WASSRO
7$
34

7$:

MOV
CMP
SEQ
ERROR

N5S,R3
R3,WASSR2
8S
35

8S:

BIC
SUB
ADD
BR

1160000, SRO
6400, R4
N100,RO

9$:

MOV
MOV
MOV
MOV
BIC
ERROR

(KSP) +, TRAPPC
(KSP)+, TRAPPS
SRO ,WASSRO
SR2,WASSR2
N 1 60000 ,SRO
32

MOV
MOV
RTI

TRAPPS,-(KSP)
TRAPPC,-(KSP)

. MOV
MOV

#1$ ,$lPERR
#MGMERR,MMVEC

6$:
001366
00,370

177572

001366
001370
,77572

0011,0
000250

,0$:

SEQ 0066

; SET LOOP ON ERROR POINTER TO 5$
;SETUP M.M. TRAP VECTOR FOR EXPECTED ABORT
;ACCESS VIRTUAL ADDR. (VBA < PLF - ABORT TO 6$)
; EXPECTED PAGE LENGTH ABORT DID NOT OCCUR
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 5$" = 000776
; BRANCH AROUND ABORT CHECKS
;RESTORE STACK POINTER FOLLOWING ABORT
;READ M.M. STATUS REG. 0
;READ M.M. STATUS REG. 2
; PUT EXPECTED SRO CONTENTS IN R2
;010 SRO REPORT PG. LENGTH ABORT, PG. 4, KERNEL7
;BRANCH IF YES
; SRO DID NOT REPORT PG. LENGTH ABORT CORRECTLY
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 5$" :a 000757
; PUT EXPECTED SR2 CONTENTS IN R3
;010 SR2 LOCKUP VIRT. ADOR. OF ABORTED INSTRUCTION?
; BRANCH I F YES
; SR2 DID NOT LOCKUP VIRT. ADOR. OF ABORT CORRECTLY
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 5$" = 000751
;CLEAR ERROR BITS IN SRO
; FORM NEXT PLF VALUE FOR KIPDR4
; FORM FIRST VIRT. AODR. FOR THAT PLF VALUE
; BRANCH BACK AND ACCESS 3 VBA' S FOR
; THE PLF VALUE JUST FORMED
; SAVE PC & PS OF TRAP
; SAVE CONTENTS OF SRO FOR ERROR
; SAVE CONTENTS OF SR2 FOR ERROR
; CLEAR ERROR BI TS IN SRO
;GOT PG. LENGTH ABORT BEFORE IT WAS EXPECTED
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; A "NOP" =. 000240
;PUT PC & PS 0, "RAP ON STACK
; RETURN FROM UNEXPECTEO ABORT

: ; • • • • • • • • • • • • • • • • • "'. oil • • "' • •

; RESET LOOP ON ERROR POINTER TO '$
; RESTORE NORMAL M.M. TRAP HANOLER
;ADDRESS TO M.M. TRAP VECTOR

***"'. ***"'*** ** •••• *** * *.* •••••• * '" .* •• *

; HEST 40
SR2 BIT TEST
;
;.
THIS TEST CHECKS THE BITS IN MEMORY MANAGEMENT REGISTER 2 BY
;.
CAUSING "REAO-ONLY ABORTS" AT VIRTUAL ADDRESSES BETWEEN 100000
;.
TO 111000 (PHYSICAL AODRESSES 060000-071 000).
KI PDR4 IS USED TO EXECUTE
;.
THE FOLLOWING FOUR WORDS OF COOE WHICH ARE MOVEO THRU MEMORY:
:.
0,0727 MOV
PC,(PC)+
;THIS INSTRUCTION SHOULD CAUSE A RIO ABORT

30A('052)
27-JUN-7B 09:33
T40
SR2 BIT TEST

;

3~82

3291

#5$,5LPERR
N6$ ,MMVEC
fRO), Rl

55:

CFKTHBO POP 11/34 MEM MGNT DIAG MACY"
CFKTHB.Pl1
27-JUN-78 09:27

3283
3284
3285
3:!B6
3287
3288
3289
3290

MOV
MOV
MOV
ERROR

;
;

...
.

000000
000,37 JMP
(ADDR. OF 3$)

PAGE 68

.H3$

;
;.

SEQ 0067

; ITS VIRTUAL ADDR. SHOULD BE LOCKED UP IN SR2
;THIS INSTRUCTION IS ALSO MOVEO THRU MEMORY
; IN CASE A R/O ABORT DOES NOT OCCUR,
; IN WHICH CASE SR2 WILL NOT CONTAIN CORRECT ADDR •.

; ;......... "'-*"' •••••••• *** ..... '" ••••• "' •• *** ... ** .. '" *** •• '" •••••• ****.*.'"

TST40:

027756
027760
027766
027774
030002
0300 I 0
030014
030020
030026
030034
030040
030042
030046
030052
030054
030060
030066
030072
030074

000004
012737
012737
012737
012737
012700
012701
012737
012737
012720
005020
012720
012710
010107
012706
013737
020137
001401
104036

030076
030104
030110
030114
030,20

042737
162700
062701
020127
103745

160000
000004
000002
111002

177572

030' 22
030,30
030,36

012737
012737
012737

027760
077406
002400

001110
172310
000250

000600
000600
077406
077402
060000
100000
030054
030034
010727

172346
172350
'72306
1723,0

SCOPE
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
CLR
MOV
MOV
MOV
MOV
MOV
CMP
BEQ
ERROR

"00000,R'
'3$ ,MMVEC
'2$, $LPERR
H010727,(RO)+
(RO)+
N000137,(RO)+
H3S,(RO)
R1,PC
NKERSTK, KSP
SR2,WASSR2
R' ,WASSR2
4$
36

4$:

BIC
SUB
ADD
CMP
BLO

,,60000, SRO
'4,RO
N2,R1
R, ,111,002
2$

55:

MOV
MOV
MOV

N1S,$LPERR
#77406, KIPDR4
NMGMERR,MMVEC

IS:

000250
001110

2$:

000'37
030054
001100
'77576
001370

3S:
001370

'600, K I PAR3
'600, K I PAR4
'77406,KIPDR3
N77402,KIPDR4
1160000 t RO

BE SURE PAR3 IS MAPPED TO 12-16K
BE SURE PAR4 I S MAPPED TO 12-16K
MAP PAGE 3
128 BLOCKS, R/W
MAP PAGE 4
12B BLOCKS. READ-ONLY
LOAD RO WITH VIRTUAL ADDR. WHICH USES PDR3
LOAD Rl WITH VIRTUAL ADDR. WHICH USES PDR4
SET M.M. TRAP VECTOR TO 3$
SET LOOP ON ERROR POINTER TO 2$
LOAD "MDV PC,(PC1+" INSTRUCTION AT ADDR.
REACHED THRU PDR/PAR 4.
LOAD "JMP ""3$" INSTRUCTION AT VIRT. AODR.
IN CASE R/O VIOL. DOES NOT ABORT
TRAN"FER PROGOAM EXECUTION TO 'PAGE 4 INSTRUCTIONS'
RESTORE STACK POINTER
READ CONTENTS OF STATUS REG 2
WAS ADDR. OF "RE LOCA TEO - R/O ABORT" LOCKED UP7
BRANCH I F YES
SR2 DID NOT LOCK UP VIRTUAL AODR. OF RIO VIOL.
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 2$" = 000757
CLEAR THE ERROR BITS IN SRO
RESET RO TO POINT TO NEXT VIRT. ADDR. TO LOAD
FORM VIRTUAL ADDR. THAT SHOULD BE LOCKED UP NEXT
HAVE ALL VBA'S 100000-111000 BEEN TESTED7
BRANCH I F NO
RESET LOOP ON ERROR POINTE~ TO 1 S
RESTORE PDR4 TO R/101 ACCESS
RESTORE ADORESS OF NORMAL M.M.
TRAP HANOLER TO M,M. VECTOR

UKTHBO PDP 11/34 MEM MGNT DlAG MAC)'! 1 30A(1052)
27-JUN-78 09:33
C['KTHE.?ll
27-dUN-76 09:27
T40
SR2 BIT TEST
3322
3323
3324
3325
3326
3321
3328
3329
3330

; ; ",flo

;.
;.
;.
;.
;.
;.
;.
;.
;.

3351

3352
3353
3354

3355
3356
3357
3358
3359
3360
3361
3362
3363
3364
3365
3366

3367
3368
3369
3370
3371
3372
3373
3374
3375
3376

3377

;

: ; 11<

030144
030146
030'54
030162
030170
030176
030204
0302'0
030214
030216

030220
030226
030234
030240
030244
030246

030250
030256
030264
030270
030274
030300
030306
0303'4
030322
030326
030332
030340
030346
030354
030356
030362
030370
030372

000004
012737
012737
012737
012737

0'3737
0' 2701
020137

012737
013737
012701

020'37
001401

1723'0
172312
001110
001370

2$:

030226
177576
030226
001370

001110
001370

4$:

030256
030274
001200
100500
001100
177572
177576
030326
120000
001100
'71572
177576
001176

001110
000250

5$:
65:

001366
001370
00'366

001200
001202

001370

3S:

104041

012737
012737
005037
005237
012706
0'3737
013737
012737
005237
012706
013737
013737
023737
001402
005237
023737
00,402
005237

***"*** *.>to *. **"'."'''' '" '" "' . . ** **"'*** "' .. '" '" **,.. * *'" >II '" '" *"'* "'* ."''''.

ln352

001401
104041

7$:
001176
001202
000250

as:

9$:

001200

MORE CHECKS OF SRO & SR2

THIS TEST PERFORMS SOME ADDITIONAL CHECKS OF THE SRO & SR2 LOGIC.
FIRST IT CHECKS THAT SR2 "TRACKS" ALONG ACT ING AS A V I RTUAL ADDRESS
PROGRAM COUNTER.
ALSO SRO & SR2 ARE LOCKED UP BY A PAGE LENGTH
ABORT. THEN WITHOUT CLEARING SRO'S ERROR BITS. A R/O ABORT IS CAUSED.
SRO & SR2 SHOU LD NOT BE CHANGED BY THE SECOND ABORT AND THE
INFORMATION ABOUT THE PAGE LENGTH ABORT· SOULU STILL BE LOCKED UP.
IN AODITION A "RESET" IS EXECUTED TO VERIFY THAT SRO IS CLEARED
AND SR2 IS UNLOCKED BY A RESET.
AFTER MEMORY MANAGEMENT IS TURNED BACK ON.
sR2 IS CHECKED TO SEE THAT IT IS TRACKING AGAIN.

TST41:
1$:

000600
000406
077402
030176
177576
030176
001370

SEQ 0068

"''''*''' ** * "'*"'''' .. *" *** ...... "'.* "'* ... "'''' '" '" '" "' ... *'" '" "' ... *'" **. '" ***-. * ... lie • • '" *"'**"'''' "''''

;.TEST 41

3331

3332
3333
3334
3335
3336
3337
3338
3339
3340
3341
3.142
3343
3344
3345
3346
3347
3348
3349
3350

PAOr 69

SCOPE
MOV
MOV
MOV
MOV
MDV
MOV
CMP
BEQ
ERROR

H600. K I PARS
'406, K I PDR4
N77402,KIPOR5
#2$, SLPERR
SR2.WASSR2
N2$,Rl
',1,WAsSR2
3$
41

MOV
MOV
MOV
CMP
BEQ
ERROR

H4S, SLPERR
sR2,WASSR2
#4S,Rl
Rl ,WASSR2
5$
41

MOV
MOV
CLR
INC
MOV
MOV
MOV
MOV
INC
MOV
MOV
MOV
CMP
BEQ
INC
CMP
BEQ
INC

#6S, SLPERR
N7S,MMVEC
STMPl
".100500
'KERSTK. KSP
SRO, STMPO
SR2, STMP2
.8$ .MMVEC
f>H120000
NKERSTK, KSP
SRO. WASSRO
SR2, WASSR2
$ TMPO , WASSRO
9$
STMPl
$ TMP2 ,WASSR2
10$
STMPl

*. *"' •• ** "'.

;MAP KERNEL PAGE 5 TO 12-16K
; SETUP PDR4 FOR PAGE LENGTH ABORT
; SETUP PDR5 FOR R/O ABORT
;SET LOOP Qt, ERROR rOINTER TO 25
;READ SR2 TO SEE IF ITS TRACKING
; PUT EXPECTED VIRTUAL PC IN Rl
;010 SR2 CONTAIN VIRTUAL PC AT 2$?
;BRANCH IF yES
; SR2 NOT TRACKING CORRECTLY
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 2$" = 000767
; SET LOOP ON ERROR POINTER TO 4$
;READ SR2 TO SEE IF ITS TRACKING
;PUT EXPECTED VIRTUAL PC IN Rl
;010 SR2 CONTAIN VIRTUAL PC AT 4$
;BRANCH IF yES
; SR2 NOT TRACKING CORRECTLY
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 4$" = 000767
; SET LOOP ON ERROR POINTER TO 6$
; PUT ADDRESS OF 7$ IN M.M. TRAP VECTOR
;CLE/,R ERROR INDICATOR
; CAUSE PAGE LENGTH ABORT - TRAP TO 7$
; RESTORE STACK POINTER AFTER ABORT
;SAVE SRO'S INFORMATION ON PG. LGTH. ABORT
;SAVE SR2'S INFORMATION ON PG. LGTH. ABORT
; PUT ADDRESS OF BS IN M. M. TRAP VECTOR
; CAUSE R/O ABORT - TRAP TO SS
; RESTORE STACK POINTER AFTER ABORT
; READ SRO FOLL"OING SECOND KT ABORT
; READ SR2 FOLLOWING SECOND KT ABORT
; IS SRO STI LL HOLDING INFO ON FIRST ABORT?
j BRANCH I F YES
;SET ERROR INDICATOR
;DOES SR2 STILL HOLD PC OF FIRST ABORT?
; BRANCH I F YES
;SET ERROR INDICATOR

CFKTHBO PDP 11/34 MEM MGNT DIAG MACVll 30A(1052)
27-JUN-7B 09:33
PAGE 70
CFKTHB. Pl'
27-JUN-78 09:27
T41
MORE CHECKS OF SRO oS SR2
3378
3379
33BO
33B,
33B2
3383
3384
3385
3386
3387
3'88
3389
3390
3391

3392
3393
3394
3395
3396
3397
339B
3399
3400
340'
3402
3403
3404
3405
3406
3407
3408
3409
3410
3411
3412
34,3
3414
3415
34'6
34' 7
341 B
3419
3420
3421
3422
3423
3424
3425
3426
3427
3428
3429
3430
3431
3432
3433

030376
030402
030404

005737

030406
030412
030414
030422
030426
030430
030434
030442
030450
030452
030456
030462
030464

005037
000005

001200

013737

005737
001402
005237
013737
022731
001402
005237
005737
00'401
'04040

177572
00'366

030466
030472
030500
030504
030510
030512

005237
013737
012701
020'37
001401
104041

lOS:

001200

001401

104037

001200
'77576
030434

11$:
001368

001370
001370

001200
001200

177572
177576
030472
00'370

12S:

13$:

001370

14$:
15$:

TST
BEQ
ERROR

$TMPl

CLR
RESET
MOV
TST
BEQ
INC
MOV
CMP
BEQ
INC
TST
BEQ
ERROR

STMPl
SRO,WASSRO
WASSRO
12$
STMPl
SR2,WASSR2
'12$, WASSR2
13$
$TMPl
STMPl
14$
40

INC
MOV
MOV
CMP
BEQ
ERROR

SRO
SR2,WASSR2
'15$,Rl
R1,WASSR2
16$
41

11$

SEQ 0069

WERE SRO OR SR2 CHANGED BY A SECOND ABORT?
BRANCH I F NO
ONE OF STATUS REGS. CHANGED BY SECOND ABORT
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 6S" = 000726
CLEAR ERROR INDICATOR
EXECUTE A RESET. APPLYING AN "IMIT"
READ SRO
WAS SRO CLEARED 8V THE RESET?
BRANCH I F YES
SRO NOT CLEARED BY A RESET
READ SR2
WAS SR2 UNLOCKEO BY A RESET?
BRANCH I F YES
SR2 NOT UNLOCKED BY A RESET
WERE SRO & SR2 BOTH "RESET" BY A RESET?
BRANCH I F YES
SRO OR SR2 NOT "RESET" BY A RESET
FOR TIGHTER SCCPE LOOP
REPLACE ERROR CALL WITH
"BR 6S" = 000676
TURN MEMORY MANAGEMENT BACK ON
READ SR2 TO SEE IF ITS TRACKING AGAIN
PUT EXPECTED V I RTUA L PC IN Rl
DID SR2 CONTAIN VIRTUAL PC AT 15$
BRANCH I F YES
SR2 NOT TRACKING CORRECTLY
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 6S" = 000663

; * ••••• "' •• • "'If! "'. '" '" "' ... * ... * •••••• "'*. '" '" '" *.* ** **.'" ** '" '" ** •••••• *** "'.* '" '" 'I"""'. **

ALL CODE WITH A ';+ • DESIGNATION IN THE COMMENT INDICATES THAT IT HAS BEEN
ADDED TO THE ORIGINAL REV OF THIS DIAGNOSTIC. THESE ENHANCEMENTS OR CORRECTIONS
ARE MADE BY THE PRODUCT ENHANCEMENT GROUP (DIAGNOSTICS).

030514
030522
030530
030536
030542
030546
030552
030560
030S66

0'2737
012737
012737
005037
005237
005237
013737
0'3737
104065

030574
077400
030536
001200
130000
001200
177572
177576

030570
030574
030600
030604

OO~~37

0'2706
005737
100413

00'200
00" 00
177572

000250
172312
001110

16S:

20S:

MOV
MOV
MOV
CLR
:NC
INC
MOV
MOV
ERROR

N21S,MMVEC
#77400, KI PDR5
N17S,$LPERR
STMPI
•• 130000
STMPl
SRO ,WASSRO
SR2, WASSR2
65

+SET UP KTVEC FOR NON-RESIDENT ABORT
+SET UP KIPDR5 FOR NR ABORT
+SET LOOP ON ERROR POINTER
+CLEAR ERROR INDICATOR
+CAUSE A NON-RESIDENT ABORT
+SET ERROR INDICATOR
+READ SRO
+READ SR2
+NON-RESIDENT ABORT DID NOT OCCUR

CLR

21$:

Mev

22$:

TST
BMI

STMPl
HKERSTK,KSP
SRO

+CLEAR ERROR INDICATOR
+RESTORE KERNEL STACK POINTER
+TEST FOR THE NR ABORT IN SRO (BIT 15)
+IF SET BRANCH

17$:
001366
001370

235

•

27-JUN-78 09:33 PAGE 71
CFKTHBO POP 11/34 MEM MGNT OIAG MACYll 30A(1052)
27-JUN-7B 09: 27
CFKTHB.Pl1
T41
MORE CHECKS OF SRO & SR2
3~34
3~35

030606
030612
030620
030626

3436
3437
3438
3439
3440 030630
3441
030634
3442
3443 030642
3444 030644
3445 030650
3446 030656
3447
030664
3448
3449
3450
030666
3451
030672
3·152
010700
3453 030704
3451
030710
345, 010716
3456 030724
3457
3458
3459 030726
3460 030732
3461
030736
3462
030744
3463
3464
030752
3465
3466 030754
3467 030760
3468 030766
3469 030774
3470
3471
3472
3473 030776
3474 031002
3475 031004
3476 031010
3477
3478 031012
3479 031016
3480 031024
3481
031030
3482
3483
3484
3485 031032
3486 031036
3487 031042
348B 031050
3489 031056

005237
013737
013737
104066

001200
177572
177576

001366
001370

005037
023727

001200
177576

030542

001413
005237
013737
013737
104067

001200
177572
177576

00136e
001370

005037
012737
005237

005237
013737
013737
104070

005037
012706
013737
023727

001200
030732
130000
001200
177572
177576

001200
001100
177576
001370

000250

001200
177572
030542

005037
000005
005737
001412

00"00

005237
013737
005037
104072

001200
177572
001362

005037
005237
013737
023727
001405

001200
177572
177576
001370

24$:

001366
001370

25$.
001370
030542

001366
001364

26$:
177572

001366

001370
031042

$TMPI
SRO,II/ASSRO
SR2,WASSR2
66

+5ET ERROR INDICATOR
+READ SRO
+READ SR2
+NR ABORT ERROR DID NOT SET IN SRO (BIT 15)

CLR
CMP

$TMPI
SR2,N20$

BEQ
INC
MOV
MOV
ERROR

24$
$TMPI
SRO,II/ASSRO
SR2,lIIASSR2
67

,+CLEAR ERROR INDICATOR
,+TEST THAT SR2 FROZE TO THE VIRTUAL
,+ADORESS OF THE NR ABORT INSTR,
,+ 1 F EOUA L BRANCH
,+ELSE ERROR
i +READ SRO

CLR
MOV
INC
INC
MOV
MOV
ERROR

$TMPI
N25$,MMVEC
11*130000
STMPI
SRO,WASSRO
SR2,WASSR2
70

CLR
MOV
MOV
CMP

$TMPI
NKERSTK,KSP
SR2,WASSR2
IrIASSR2, N20$

23$'

001413
005237
013i37
012737
104071

INC
MOV
MOV
ERROR

27S'
30S:

BEQ

26S

INC
MOV
MOV
ERROR

STMPI
SRO,WASSRO
N20$, CORSR2
71

CLR
RESET
TST
BEQ

SRO
27$

INC
MOV
CLR
ERROR

$TMPI
SRO,WASSRO
CORSRO
72

CLR
INC
MOV
CMP
BEQ

STMPI
SRO
SR2,WASSR2
WASSR2,130$
31$

$TMPl

i+READ SR2

,+SR2 010 NOT CONTAIN THE CORRECT ADORES5
,+CLEAR ERROR INDICATOR
,+SET KTVEC FOR 2ND NR ABORT
i +CAUSE ABORT
,+SET ERROR INDICATOR
j+REAO SRO
;+REAO SR2

,+2ND NR ABORT 010 NOT OCCUR
,+CLEAR ERROR INOICATOR
,+RESTORE KERNEL STACK
;+REAO SR2

,+TEST 5R2 FOR VIRTUAL ADDRESS OF
,+OF THE FIRST NON-RESIDENT ABORT
, + 1 F EQUA L BRANCH
,+ELSE ERROR
,+SET ERROR INDICATOR
;+READ SRO
,+READ CORRECT SR2 VALUE
,+SR2 DID NOT CONTAIN THE VALUE OF
,+THE FIRST NR ABORT
,+CLEAR ERROR INOICATOR
;+ISSUE INI T. CONDITIONS
,+5RO SHOULD BE CLEAR
i + I F TRUE BRANCH
; +ELSE ERROR
,+SET ERROR INDICATOR
;+READ S':O
;+SET CORRECT SRO VALUE FOR ERROR MSG
,+SRO DID NOT CLEAR AFTER INlT,

,+CLEAR ERROR INDICATOR
,+TURN MEM MANG ON
;+READ SR2

,+15 SR2 TRACKING AGAIN
;+YES. BRANCH

CFKIHBO PDP 11/34 MEM MONT DIAG MACY11 30A( 1052)
27-JUN-78 09:33
PAG~ 72
CFKTHB.Pll
27-JU~-78 09:27
T41
MORE CHECKS OF SRO & SR2
3490
3491
3492
3493
3494
3495
3496
3497
3498
3499
3500
3501
3502
3503
3504
3505
3506
3507
3508
3509
3510
3511
3512
3513
3514
3515
3516
3517
3518
3519
3520
3521
3522
3523
3524
3525
3526
3527
3528
3529
3530
3531
3532
3533
3534

031060
031064
031070

005237
012701
104041

001200
031042

031072
0311 00
0311 06
031114

012737
012737
012737
012737

030148
077406
077408
002400

001110
172310
172312
000250

315:

INC
MOV
ERROR

$TMPl
N30S,Rl
41

MOV
MOV
MOV
MOV

H1S,$LPERR
H77406,KIPDR4
N77406, KI POR5
NMGMERR ,MMVEC

+EL5E ERROR
+SET ERROR INDICATOR
+SET CORRECT SR2 VALUE FOE ERROR MSG
+ERROR, SR2 IS NOT TRACKING CORRECTLY
,RESET LOOP ON ERROR POINTER TO IS
,RESET PDR4 TO 128 BLKS. R/W
,RESET PDR5 TO 12B BLKS. R/II
,RESTORE ADDRESS OF NORMAL MEMORY
,MANAGEMENT TRAP ROUTINE TO M.M. VECTOR

; ; ......................... *** •••• ***"'."' ••••••••••• "' ••••••••••••••••

,.TEST 42

USER ABORT PICKS UP KERNEL SPACE VECTOR

"
"
"
"
"
"

THIS TEST CHECKS TO BE SURE THAT WHEN AN ABORT OCCURS WHILE IN
USER MODE, THE TRAP VECTOR INFORMATION FETCHED IS TAKEN FROM
KERNEL SPACE.
USER PAGE 0 15 MAPPED TO 12K (60000-77776) SO
THAT IF USER SPACE IS USED INSTEAD OF KERNEL, THE NEW PC THAT
WAS LOADED AT LOC. 060004 IS useD INSTEAD OF THE NEW PC THAT
SHOULO BE PICKED UP FROM LOC. 000004.
AN ODD ADDRESS ERROR IS USED

; '"

TO CAUSE A TRAP TO "4".

; ; .................................... "' •• ** ..................... "' ••••
031122
031124
031130
031136
031142
031146
031154
031162
031170
031176
031202
031210
031216

000004
004737
012737
005037
012706
012737
012737
012737
012737
012706
012737
012737
005737

031222
031226
031230
031234

013701
010602
005037
104042

036002
031136
177776
0011 00
000600
031236
000340
140000
000700
031222
000340
031223
177776
177776

T5T42'
1$.
001110

2$.
177640
000004
000006
177776
000004
000006

SCOPE
JSR
MOV
CLR
MOV
MOV
MOV
MOV
MDV
MOV
MOV
MDV
TST
MOV
MOV
CLR
ERROR

PC,TOFF
N2S,$LPERR
PSW
NKER5TK, KSP
H600, U 1 PARO
H4$ ,11>*4

H340,P*6
#140000, PSW
NUSESTK,USP
H3$,IIN4
N340,.N8

3$+1
PSW,Rl
SP,R2
PSIII

seQ Qf)70

TURN OFF. T-BIT TRAPPING FOR THIS TEST
SET LOOP ON ERROR POINTER TO 2$
GO TO KERNEL MODE
SETUP KERNEL STACK PTR.
MAP USER PAGE 0 TO 12K
LOAD KERNEL VECTOR 4 (LOC.4) WITH 4$
LOAD VECTOR+2 WITH NEW PSW
GO TO USER MODE
SETUP USER STACK PTR.
LOAD USER VECTOR 4 (LOC. 60004) WITH 3S
LOAD VECTOR+2 WITH NEW PSW
CAUSE ODD ADDR. ERROR TRAP TO '4'
SHOULD PICK UP NEW PC-4$ FROM KERNEL
LaC. 4, NOT PC-3S FROM USER LaC. 4 (-60004)
SAVE PSW FOR ERROR
SAVE VALUE OF STACK POINTER FOR ERROR
BE SURE BACK IN KERNEL MODE
DID NOT TRAP THRU KERNEL SPACE
FOR TIGHTER SCOPE LOOP

SEQ 0071

CFKTHBO POP 11/34 MEM MGNT DIAG MACYIf 30A( 1052) 27-JUN-78 09:33 PAGE 73
CFKTHB.PII
27-JUN-7B 09:27
T42
USER ABDRT PICKS UP KERNEL SPACE VECTOR
3535
3536
3537
3538
3539
3540
3541
3542
3543
3544
3545
3546
3547
3548
3549
3550
3551
3552
3553
3554
3555
3556
3S57
3558
3559
3560
3561
3562
3563
3564
3565
3566
3567
3568
3569
3570
3571
3572
3573

; REPLACE ERRDR CALL WITH
031236
031242
031246
031252
031260
031264
031270
031276
031304

; IIBR 2$" • 000140

005037
012706
005037
012737
012706
005037
012737
012737
004737

177776
001100
177640
140000
000700
177776
002332
031124
036036

4$1

CLR
MOV
CLR
MDY
MDY
CLR
MOV
MDV
JSR

177778
000004
001110

;.
;.

000004

031312
031320
031324
031330
031334
031340
031342
031346
031352
031356
031360
031362

012737
012702
010237
012746
012746
000002
013701
042701
005037
020201
001401
104060

031384

012737

001110

...............................................................

031312

SCDPE

1$:

3S:

MOV
MDV
MDV
MDV
MDV
RT!
MDV
BIC
CLR
CMP
BEQ
ERRDR

PSW,Rl
17437,RI
PSW
R2,Rl
4S
80

4S:

MDY

IIS.SLPERR

2S:

177778
007437
17777&

001110

RT! IN USER MODE DOES NOT CHANGE PSW

THIS TEST CHECKS TD SEE THAT WHEN AN RT! IS EXECUTED IN USER
MDDE, THE MDOE DR PRIORITY BITS OF THE PSW ARE NDT CHANGED.

;;
TST43:
031324
170000
177776
000340
031342

; BE SURE BACK IN KERNEL MDDE
;RESTORE KERNtL S.P. IN CASE IT CHANGED
; REMAP USER PAGE 0 TD 0-4K
; GO TO u~ER MODE
; RESTORE USER STACK PDINTER
; GO BACK TD KERNEl MODE
;RESTDRE ADDR. OF NDRMAL CPU TRAP HANDLER TD 4
;RESET LDOP DN ERRDR PDINTER TD IS
; TURN T-BIT TRAPPING BACK DN

...............................................................

;;
; .TEST 43

031310

PSW
.KERSTK,KSP
UIPARO
1140000, PSW
.USESTK,USP
PSW
NTIMERR,.,4
11$,SLPERR
PC, TDN

'2$,SLPERR
1170000,R2
R2, PSW
N340,-(SP)
'3S,-(SP)

SET LOOP ON ERROR PDINTER TD 2$
LDAD 'PRESENT & EXPECTED" PSW VALUE INTD R2
GD TD USER MOOE-PRIDRITY 0
PUT A NEW PSW (PRIDRITY.7) DN STACK
PUT NEW PC ON THE STACK
DD AN RT! FRDM USER MODE
READ NEW PSW INTD Rl
MASK OFF CDND. CODE, T-BIT, AND UNUSED BITS
GD BACK TD KERNEL MDDE
DID PSW STAY IN USER, PRIDRITY.O?
BRANCH I F YES
PSW CHANGED BY AN RTI FRDM USER
FOR A TIGHTER SCDPE LDDP
REPLACE ERRDR CALL WITH
• BR-2S' • 000780
RESET LDDP DN ERRDR PDINTER TD 1$

CFKTH80 PDP 11/34 MEM MGNT DIAG MACY11 30A(1052)
27-JUN-78 09:33 PAGE 74
CFKTH8.Pll
27-JUN-78 09:27
T44
KT ERRDR NDT SERVICED IF DOD ADDR. ERRDR

...............................................................

;;
;'TEST 44

3574
3575
3576
3577
3578
3579
3580
3581
3582
3583

;.
;.
;.
;.
;.
;.
;

3~91

3592
3593
3594
3595
3596
3597
3598
3599
3600
3601
3602
3603
3604
3305
3606
3607
3608
3609
3610
3511
3612
3613
3614
3615
3616
3617
3618
3619
3620
3621
3622
3623
3624
3625
3626
3627
3628
3629

KT ERRDR NDT SERVICED IF DOD ADDR. ERRDR

THIS TEST CHECKS TD SEE THAT IF A CERTAIN VIRTUAL ADDRESS THAT
WDULD CAUSE A MEMORY MANAGEMENT ERRDR CAUSES AN DOD ADDRESS
ERRDR FIRST, THE ODD ADDRE~S ERRDR IS SERVICED BUT THE MEMORY
MANAGEMENT ERRDR ISN'T,
THIS MEANS THAT SRO AND SR2
SHDULD NDT REPDRT THE ERRDR DR LDCK UP ITS VIRTUAL ADDRESS.
A READ-ONLY YIDLATlDN IS USED AS THE PDTENTIAl MEMDRY MANAGEMENT
ERRDR

..
.................................................................

;.
;
;;

3~84

3585
3586
3587
3588
3589
3590

•
SEQ 0012

031372
031374
031402
031406
031412
031420
031426
031434
031440

000004
012737
012705
010537
012737
012737
012737
005237
104043

031442
031446
031452
031460
031466
031472
031476
031500
031504
031510
031514
031516
031522
031526
031530

012706
005037
013737
013737
012700
020037
001402
005237
012701
020;37
001402
005237
005737
001404
104044

031532
031540
03'548
031554
031582

042737
012737
012737
012737
012737

000600
077402
172310
031442
031440
031434
060001

001100
001200
177572
177576
000017
001388

172350

TST44:
lSI

000004
000250
001110
2$:
3S:

4$1
001381
001370

5S:

001200
031460
001370

8S1

001200
001200

7$:

160000
002332
002400
077408
031374

177572
000004
000250
172310
001110

as:

SCDPE
MDV
MDV
MDV
MDV
MDV
MDY
INC
ERRDR

12$,$LPERR
60001
43

MDV
CLR
MDY
MDV
MDV
CMP
BEQ
INC
MDV
CMP
BEQ
INC
TST
BEQ
ERROR

IKERSTK, KSP
$TMPI
SRO,WASSRO
SR2,WASSR2
#l7,RO
RO,WASSRO
6S
$TMPI
'5S,Rl
Rl,WASSR2
7$
$TMPI
STMPI
8$
44

BIC
MDV
MOV
MDV
MDY

#l80000,SRO
ilTiMERR,.,4
• MGMERR, •• 250
177406,KIPDR4
11$,SLPERR

'600, K I PAR4
177402,R5
R5,KIPDR4

.4S,.,4

,3$,.,250

;MAP KERNEL PAGE 4 TD 12-16K
; LDAD PDR4 DATA INTD R5
; MAP PAGE 4 READ-DNL Y
; SET CPU TRAP VECTOR TD ADDRESS OF 4$
;SET M.M. TRAP .YECTDR TO ADDRESS DF 3$
; SET LODP DN ERROR PDINTER TD 2$
;CAUSE DOD AQDI>, ERRDR & PDTENTIAL RID ABORT
;TRAPPED THRU M,M. VECTDR BUT SHDULDN'T HAYE
; FOR TI GtlTER SCOPE LODP
; REPLACE ERROR CALL WITH
;"BR 2S" • 000776
; RESTORE STACK POINTER AFTER TRAPPING
;CLEAR ERROR INDICATOR
;READ STATUS REG. 0
;READ STATUS REG. 2
; LOAD EXPECTED SRO CDNTENTS INTD RO
;SRO ERRDR BITS LEFT CLEAR BY TRAPPING?
; 8RANCH I F YES
;SRO ERROR BITS SET WHEN DOD ADDR. SERVICED
; LDAD EXPECTED SR2 CDNTENTS INTD Rl
; IIIAS SR2 LEFT UNLOCKED BY TRAPP ING?
; BRANCH I F YES
; SR2 LOCKED UP BY DOD ADDR, ERRDR
; WHERE SRO OR SR2 EFFECTED?
; 8RANCH IF ND
; SRO OR SR2 CHANGED 8Y ODD ADDR. ERADR
; FOR TIGHTER SCOPE LDDP
; REPLACE ERROR CALL WITH
; "BR 25" • 000741
;CLEAR ERRDR BITS THAT MAY BE SET IN SRO
; RESTDRE ADDRESS DF NDRMAL CPU TRAP HANDLER
;RESTDRE ADDRESS DF NORMAL M.M • TRAP HANDLER
; REMAP nGE 4 TO READ/WRITE
;RESET LODP DN ERRDR PDINTER TD 1$

..............................................................

; ...
.TEST 45

PC & PSW SAVED FDR KT ERRDR DURING SERVICE DF DOD ADDR, ERROR

THIS TEST CHECKS THF PC AND PROCESSDR STATUS WDRP SAVED WHEN
A KT ERRDR DCCURS DURING THE SECOND PUSH DN THE STACK DURING
SERVICING DF AN DDD ADDR. ERROR.
DURING A 'DDU8LE ERROR'
SEQUENCE SUCH AS THIS, THE PSW SAVED WILL BE THE DNE PICKED UP

SEQ 0073

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A( 1052)
27-JUN-7B 09:33
PAG" 75
CFI{THB.Pll
27-JUN-7B 09:27
T45
PC & PSW SAVED FOR KT ERROR DURING SERVICE OF ODD ADDR.
3630
3631
3632
3633
3634
3635
3636
3637
363B
3639
3640
3641
3642
3643
3644
3645
3646

3647
364B
3649
3G50
3651
3652
3653
3654
3655
3656
3657
365B
3559

3660
3661
3662
3663
3664
3665
3666
3667
3668
3669

;
;
;

...
..

;
;.
;

031570
031572
031516
031604
031612
031620
031626
031634
031642
031650
031656
031664
031672
031676

000004
004737
012731
012737
012737
012··37
012737
012737
012737
012737
012737
012737
012706
005237

031702
031706
031710
031716
031724
031732
031736
031742
031750
031754
031760
031764

016601
011603
013737
013737
042737
005037
012706
012737
012706
005037
005037
020127

177572
177576
160000
177776
001100
140000
000700
177776
001176
170017

031770
031772

001402
005237

001176

036002
000600
000600
077402
077406
031702
140017
031702
000340
031664
140000
100002
100005

3676
3677
3676
3679
36BO
3681
36B2
36B3
3684
36B5
36B6

031776

020327

117646
177650
177606
17761"
000004
000006
000250
000252
001110
177776

000002
001366
001370
177572
177778

032002
032004
032010
032016
032020
032024

001402
005237
023727
001402
005237
023727

032032
032034
032040
032044
032046

001402
005237
005737
001401
104045

032050
032056
032064
032072
032100
032106

012737
012737
012737
012737
012737
004737

031702

CMP

R3,13$+4

SEQ
INC
CMP
BEQ
INC
CMP

.TMPO
WASSRO,N20147
7$
$TMPO
WASSR2, .3$

SEQ
INC
TST
SEQ
ERROR

BS
STMPO
STMPO
9$
45

.; BRANCH I F YES

MOV
MOV
MOV
MOV
MOV
JSR

HTiMERR •• '4

;RESTORE ADDRESS OF NORMAL CPU TRAP HANDLER
;RELOAD ERRVEC+2 WITH KERNEL PSI<
;RESTORE ADDRESS OF NORMAL M.M. TRAP HANDLER
; REMAP USER PAGE 3 READ/WR I TE
;RESET LOOP ON ERROR POINTER TO 1$
; TURN T-BIT TRAPPING BACK ON

001176
001366

020147

6$:

001176
001370

031676

75:

BS:

3687
36BB

; BRANCH I F YES
;WRONG PC SAVED DURING TRAP SEQUENCE

;010 SRO REPORT - USER. PAGE 3. R/O ABORT?
; BRANCH

iF YES

;SRO DID NOT REPORT R/O ABORT
;010 SR2 LOCK UP VIRTUAL ADDR. OF LAST
; INSTRUCTION SUCCESSFULLY FETCHED?
;SR2 DID NOT LOCK UP AODR. OF ODD AOOR, INST,
; ANY "ERRORS" DURING TRAP SEQUENCE?
; BRANCH I F NO
; THE WRONG PC OR PSW WERE SAVED
lOR SRO OR SR2 DID NOT REPORT R/O
; ERROR DURING ODD AODR. - KT TRAP
; SEQUENCE
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
j"BR 2$"

3689
3690
3691
3692
3693
3694
3695
3696
3697
369B
3699
3700
3701
3702
3703
3704
3705
3706
3707
370B
3709
3710
3711
3712
3713
3714
3715
3716
3717
371B
3719
3720
3721
3722
3723
3724
3725

002332
000340
002400
077406
031572
036036

ERROR

; WAS THE PC AT THE TIME OF THE ODD ADDR. ERROR

5$:

;SAVED ON THE STACK?

001176
001176

000004
000006
000250
177606
001110

9$:

H340.to'6
NMGMERR,.'250
#77406. UI PDR3
'l$.$LPERR
PC, TON

.
.
; ;•••••• '" •••••• "' ' •••••• **"'. "' ..

= C00710

; ; '" •••••• **.*** ••• *"'. ** .>11'" '" ."'*** .. * .**.>11 *** '" "'* .. '" *'" "'**."''''.>11 *** '" "'*.*
;

;.
;.

THIS GROUP OF TESTS WILL TEST ALL THE LOGIC ASSOCIATED WITH
THE "MOVE FROM PREVIOUS" AND MOVE TO PREVIOUS' INSTRUCTIONS.

;

.
..
..

; i ***.* .... '"
;*TEST 46

;

;.
;.
;.
;

;; *
;
;

*** '" "',.. ."' •••• *** *** **"' •• * •• ** •••• ***.

*'" *. * ••• "'* "' •••• '" ••• "''''''' ****** *.*. ** "'* *. **"' ••• "'. '" *** ** .. *
MOVE FROM PREVIOUS (USER)

I-SPACE

THIS TEST USES THE 'MFPI' INSTRUCTION TO ENSURE THAT THE
PREVIOUS MODE IS CLOCKED CORRECTLY
THERE IS A DESCRIPTION BEFORE EACH DES i iNATION MODE TESTEll,
IF THE CORRECT MODE (USER) IS NOT ENABLED A NON-RESIDENT ABORT
WI LL OCCUR AND TRAP TO 23$. WHERE THE ERRORS ARE REPORTED.

; ; ."' ••••• ********* "'''" •• ' ' "'.>11 .......... '" '" '" ** '" >It",,,,,,,.,,, '" '" '" *'" "'''' .. ** '" '" '" *."' •• *

032112

000004
005037

032120
032126
032134
032142
032150
032156

012737

012737
012737
012737
012'37
012700

172340
000200
000400
000600
000600
007600
077406

032162

012702

000010

032114

TST46:
1$:
172342
172344
172346
172350
1723ES

SEQ 0074

NOTE THAT THE PREVIOUS MODE BITS <13: 12> OF THE PSW
WI LL BE SET IN THE PSW THAT IS SAVED.
;*
i ; ........................... "' ........... ** ..................... * .. ** •••
TST45:
SCOPE
1$:
JsR
PC, TOFF
TURN T-BIT TRAPPING OFF FOR THIS TEST
MOV
N600, UI PAR3
MAP USER PAGE 3 TO 12-16K
MOV
N600, U I PAR4
MAP USER PAGE 4 TO 12-16K
MOV
#77402,UIPDR3
MAP USER PAGE 3 READ-ONLY
MOV
N77406,UIPDR4
MAP USER PAGE 4 READ/WRITE
MOV
#4$ ."N4
LOAD ADDRESS OF 4$ IN CPU (ODD ADOR.) VECTOR
MOv
.140017 •• H6
LOAD PSW THA T SHOULD BE PUT ON STACK IN VECTOR+2
MOV
LOAD ADDRESS OF 4$ IN M.M. TRAP VECTOR
#4$,"#250
MOV
LOAD A KERNEL PSW IN MMVEC,2
'340.IIIH252
MOV
SET LOOP ON ERROR POINTER TO 2$
'2$. SLPERR
2S:
MOV
N140000,PSW
GO TO USER MODE
MOV
N 1 00002. USP
SET LiSER STACI( PTR. SO SECOND PUSH I S IN PG. 3
3S:
INC
100005
CAUSE ODD ADDRESS ERROR THAT WILL CAUSE
R/O ERROR WHEN TRY TO SAVE OLD PC
45:
MOV
~(KSP) ,Rl
PUT PSW SAVED ON KERNEL STACK INTO Rl
MOV
(KSP}.R3
PUT PC SAVED ON KERNEL STACK INTO R3
MOV
SRO .WASSRO
READ T~~ CONTENTS OF M.M. STATUS REa. D
MOV
SR2.WASSR2
READ THE CONTENTS OF M.M. STATUS REa. 2
BIC
N 160000. SRO
CLEAR THE ERROR BITS IN SRO
CLR
PSW
6E SURE IN KERNEL MODE
MOV
NKERSTK.KSP
RESTORE KERNEL STACK POINTER
MOV
N 140000. PSW
GO TO USER MODE
MOV
NUSESTK,USP
RESTORE USER STACK POINTER
PSW
CLR
GO BACK TO KERNEL MODE
CLR
STMPO
CLEAR ERROR INDICATOR
CMP
WAS THE PSW SAVED THE ONE ·PICKED UP BY THE
Rl,'170017
ODD ADDR. TRAP FROM ERRVEC+27
VALUE 170017 • PSW FROM LOC. 6 WITH
PREVIOUS MODE BITS. USER
5$
BEQ
BRANCH I F YES
INC
STMPO
WRONG PSW SAVED DURING "DOUBLE ERROR" SEQUENCE

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYI1 30A(1052)
27-JUN-7B 09:33
PAGE 76
CFK1HB.Pl1
27-JUN-7B 09:27
T45
PC & PSW SAVED FOR KT ERROR DURING SERVICE OF ODD ADDR.
3670
3671
3672
3673
3674
3675

ERROR

FROM VECTOR+2 (LOC. 6 IN THIS CASE) AFTER THE FIRST TRAP,
NOT THE PSW PRESENT BEFORE THE FIRST TRAP.
SRO AND SR2
SHOULD RECORD THE KT ERROR (A R/O VIOLATION BY THE USER STACK PTR, )

SCOPE
CLR
MOV
MOV
MOV
MOV
MOV
MOV

K I PARO
'200.KIPARI
N400.KIPAR2
.600, K I PAR3
'600. K I PAR4
'7600,KIPAR7
H77406,RO

MOV

I10,R2

MAP KERNEL PAGE 0 TO 0-4K
MAP KERNEL PAGE 1 TO 4-BK
MAP KERNEL PAGE 2 TO a-12K
MAP KERNEL PAGE 3 TO 12-16K
MAP KERNEL PAGE 4 TO 12-16K
MAP KERNEL PAGE 7 TO THE I/O PAGE
MAKE ALL KERNEL I-SPACE PAGES RESIDENT
READ/WRITE. LENGTH 200 BLOCKS
seT LOOP COUNTER TO 8

SEQ 0075

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A( 1052)
27-JUN-78 09:33 PAGE 77
CFKTHB.Pll
27-JUN-78 09:27
T46
MOVE FROM PREVIOUS (USER) I-SPACE
3726
3727
3728
3729
3730
3731
3732
3733
3734
3735
3736
3737
3738
3739
3740
3741
3742
3743
3744
3745
3746
3747
3748
3749
3750
3751
3752
3753

032166
032172
032174
032176
032202
03:1206
032210
032212
032220
032226
032234
032242
032250
032256
032256
032264
032272
032300
032304
032310
032316

012701
010021
077202
012702
012701
010021
077202
012737
012737
012737
012737
012737
012737

172300

2$:
000010
177600

35:
000000
000200
000400
000600
007600
032256

177640
177642
177644
177646
17765£
001110

MOV
MOV
SOB
MOV
MOV
MOV
508
MOV
MOV
MOV
MOV
MOV
MOV

NKIPDRO,Rl
RO,(R1)+
R2,2$
Nl 0, R2
NUIPDRO,Rl
RO,(R1)+
R2,3$
NOOO, U I PARO
N200,UIPARI
#400, UI PAR2
N600,UIPAR3
N7600,UIPAR7
#4$, SLPERR

4$'
012737
012737
012737
012700
010037
012737
105037

032322
032330

012737

032336

006506

032340

022706

077406
000600
000600
036514
100000
032712

172310
172350
177650
000250

172310
032330
030340
001100

001110
177778

5$'
6S'

MOV
N77406, KI PDR4
MOV
N600, K I PAR4
MOV
N600, U I PAR4
MOV
#36514, RO
MOV
RO,PN100000
MOV
#23$ ,MMVEC
CLRB
KI PDR4
;THE FOLLOWING WI LL TEST

KERNEL I-SPACE PAGE 4 READ/WRITE
MAP KERNEL I PAGE 4 TO 12K
MAP USER I PAGE 4 TO 12K
LOAD DATA PATTERN INTO RO
LOAD DATA PATTERN INTO PHY 60000
SET M.M. VECTC!R TO 23$
MAKE KERNEL I-SPACE PAGE 4 NON-RESIDENT

MOV
MOV
MFPI

N5S,$LPERR
#030340. PSW
USP

CMP

#KERSTK, KSP

SET LOOP ON ERROR POINTER TO 5$
MAKE PREVIOUS MODE USER
PUT USER STACK POINTER ON KERNEL
STACK
WAS SOMETHING PUSHED ON STACK AT 6$

OSTM=O MFPI

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYII 30A( 1052)
27-JUN-7B 09:33
PAGo; 78
CFKTHB.Pl1
27-JUN-7B 09:27
T46
MOVE FROM PREVIOUS (USER) I-SPACE
3754
3755
3756

032344
032346
032350

seQ 0076

PUT ADDRESS OF FIRST PDR IN Rl
LOAD PDR WI TH 77406
LOOP TO 2$ UNT IL ALL PDRS LOADED
SET LOOP COUNTER TO a
PUT ADDRESS OF FIRST PDR IN Rl
LOAD PDR WITH 77406
LOOP TO 3$ UNTIL ALL PDRS LOADED
MAP USER I PAGE 0 TO 0-4K
MAP USER I PAGE 1 TO 4-8K
MAP USER I PAGE 2 TO a-12K
MAP USER I PAGE 3 TO 12-16K
MAP USER I PAGE 7 TO THE I/O PAGE
SET LOOP ON ERROR TO 4$

001407
012600
012701

000700

6EQ
MOV
MOV

7$
(KsP)+,RO
NUSESTK, Rl

;BRANCH IF NOTHING WAS PUSHED
; POP KERNEL STACK INTO RO
; EXPECTING TO GET 700 AS USP

SEQ 0077

CFKTHBO PDP 11/34 MEM MGNT DIAG MACVll 30A(' 052)
27-JUN-78 09:33
PAGE 79
CFKTHB.P11
27-JU~-78 09:27
T46
MOVE FROM PREVIOUS (USER) I-SPACE
3757
3758
3759
3760
3761
3762
3763
3'154
3765
3766
3'167
3768
3769
3770
3'171
3772
3773
3774
3775
377~

3777
3779
3779
37BO
37B1
37B2
3793
3784
37B5
3786

3787
37BB
3789
3790
3791
3792
3793

032354
Q32356
032360

02000'
00'403
104046

032362
032364

000401
104050

CMP
BEQ
ERROR

SEQ 0078

RO,Rl

DID YOU GET THE RIGHT POINTER?
BRANCH IF YOU DID
46
WRONG THING WAS PUSHED ON STACK
FOR Tl G~TER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 5$"
000763
BR
BRANCH TO NEXT TRY
8S
ERROR
50
NOTHING PUSHED ON STACK
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 5$"
000761
;THE FOLLOWING WILL TEST DsrM=l MFPL
MDV
N9$,$LPERR
SET LOOP ON ERROR POINTER TO 9$
MOV
#36514,RO
RELOAD DATA PATTERN IN RO
MOV
#030340, PSW
MAKE PREVIOUS MODE USER
MOV
N100000,R2
LOAD VIRTUAL ADDRESS INTO R2
(R2)
MFPI
READ FROM PHYSICAL 60000
(KSP)+,Rl
MOV
PDP KERNEL STACK INTO RI
CMP
RO,Rl
WAS DATA FETCHED SAME AS STORED
10$
BEQ
BRANCH IF CORRECT DATA WAS FETCHED
ERROR
46
WRO~!G DATA WAS FETCHED
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 9$" :r:: 000766
;THE FOLLOWING WI LL TEST OSTM=2 MFPI.
Nll$,$LPERR
MOV
SET LOOP ON ERROR POINTER TO 11$
MOV
N030340, PSW
MAKE PREVIOUS MODE USER
MOV
LOAD V I RTUAL ADDRESS INTO R2
" 00000 ,R2
MFPI
(R2)+
READ FROM PHYSICAL 60000
MOV
(KSP)+,Rl
POP KERNEL STACK INTO RI
CMP
RO,Rl
WAS OAT A FETCHED SAME AS STORED
12$
BEQ
BRANCH IF CORRECT DATA WAS FETCHED
ERROR
46
WRONG DATA WAS FETCHED
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 11$" • 000766
;THE FOLLOIllING WILL TEST OSTM.3 MFPI.

032366
032366
032374

032400
032406
032412
032414
032416
032420
032422

032424
032424
032432
032440

032444
032446
032450
032452
032454

7$:

8$:
012737
012700
012'137
012702
006512
012601
020001
00'40'
104046

032400
0365'4
030340
100000

001110
177778

9S:

012737
0' 2737

032432
030340
100000

00111 0
1777711

11 $:

lOS:

0'2702
006522
012601
020001
001401
104046

12$:

032456

CFKTHBO POP 11 /34 MoM MGNT OlAG MACYI1 30A( 1 052)
27-JUN-7B 09: 33
PAGE BO
CFKTHB.PI'
27-JUN-78 09:27
T46
MOVE FROM PREVIOUS (USER) I-SPACE
3794
3795
3796
3797
379B
3799
3BOO
3801
3802

032456
032464

032472
032476
032500
032502
032504

012737
012737
006537
012601
020001
00140'
104046

032464
030340
100000

001110
177776

13$:

MOV
MOV
MFPI
MOV
CMP
BEQ
ERROR

#l3S,$LPERR
N030340, PSW
(0#100000
(KSP)+,Rl
RO,RI
14$
46

SET LOOP ON ERROR POINTER TO 13$
MAKE PREVIOUS MODE USER
READ FROM PHYSICAL 60000
POP KERNEL STACK INTO Rl
WAS OAT A FETCHED SAME AS STORED
BRANCH I F CORRECT DATA WAS FETCHED
WRONG DATA WAS FETCHEO
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH

SEQ 0079

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A( 1052)
27-JUN-7B 09:33
PAG, 81
C",<THB. P 11
27-JUN-78 09: 27
T46
MOVE FROM PREV IDUS (USER) I -SPACE
3803
3B04
3805
3806
3807
3808
3809
3010

3811
3812
3813
3814
3815
3816
3817
3818
3819
3820
3B21
3822
3823
3824
3825

3826
3927
3828
3829
3830
3831
3832
3333
3834
3835
3836
3837
3838
3939
3840
3841
3842
3843
3844
3845
3846
3847
3848
3849

3850
3851
3852
3853
3854
3855
3856
3857
3858

145:

032506
032506
032514

032522
032526
032530
032532
032534
032536

012737
012737
012702
OC6542
012601
020001
001401
104046

032514
030340
100002

001110
177776

16S:

032540

SEQ 0080

:"SR 13$" • 000767
:THE FOLLOWING WI LL TEST DSTM.4 MFPI.
MOV
.'5$,SLPERR
: SET LOOP ON ERROR POINTER TO 15$
MOV
H030340. PSW
:MAKE PREVIOUS MODE USER
MOV
.'00002,R2
: LOAD VIRTUAL ADDRESS INTO R2
MFPI
-(R2)
: READ FROM PHYSICAL 60000
MOV
(KSP)+, Rl
: POP KERNEL STACK INTO Rl
CMP
RO,R1
:WAS DATA FETCHEO SAME AS STORED
16$
SEQ
: BRANCH I F CORRECT DATA WAS FETCHED
ERROR
46
: WRONG DATA WAS FETCHED
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
:"SR 15$" • 000766

16$:
:THE FOLLOWING WILL TEST DSTM.5 MFPI.

032540
032546
032554
032562
032566
032570
032572
032574

012737
012737
012737
012702
00655:.!
012601
020001
001401
104046

032546
030340
100000
001204

012737
012737
005002
006562
012601
020001
001401
104046

032606
030340

032632
032640
032646
032654
032660

012737
012737
012737
012702
006572

032640
030340
100000
001202
000000

032664

012601
020001
001401
104046

032576

001110
177776
001202

17$:

032600
032600
032606
032614
032616
032622
032624
032626
032630

100000

03~666

032670
032672

20S'
001110
177776
001202

MOV
MOV
CLR
MFPI
MOV
CMP
BEQ
ERROR

N 19$, $LPERR
#030340. PSW
R2
1 OOOOO( R2)
(KSP)+,Rl

MOV
MOV
MOV
MOV
MFPI

N21$,SLPERR
6030340, PSW
. , 00000, STMP2
NSTMP2, R2
PO(R2)

MDV
CMP
SEQ
ERROR

(KSP)+,Rl
RO,Rl
22$
46

: SET LOOP ON ERROR POINTER TO 17$
:MAKE PREVIOUS MOOE USER
: LOAD TEST LOC. VIRT. ADDR INTO LOC. STUP2
: LOAO ADDR. OF $TMP2+2 INTO R2

;READ FROM PHYSICAL

60~OO

: SET LOOP ON ERROR POINTER TO 19S.
:MAKE PREVIOUS MODE USER
:MAKE REGISTER 2 A ZERO
:READ FROM PHYSICAL 60000
:POP KERNEL STACK INTO Rl
RO,R1
: WAS OAT A FETCHED SAME AS STORED
20$
:BRANCH IF CORRECT DATA WAS FETCHED
46
jWRONG DATA WAS FETCHED
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
j" 8R 19$" = 000766
: THE FOLLOWING WI LL TEST DSTM=7 MFPI.

19$:

032632

NI7S,$LPERR
#030340, PSW
N 1 00000, STMP2
N<STMP2+2>, R2
"'-(R2)
(KSP)+,Rl
RO,Rl
'8$
46

: POP KERNEL STACK INTO Rl
:WAS DATA FETCHED SAME AS STORED
: BRANCH I F CORRECT DATA WAS FETCHED
:WRONG DATA WAS FETCHED
: FOR TIG'iTER SCOPE LOOP
: REPLACE ERROR CALL WITH
:" BR 17$" • 000763
: THE FOLLOllliNG WI LL TEST DSTM=6 MFP!.

18S'

001110
177776

MOV
MOV
MOV
MOV
MFPI
MDV
CMP
SEQ
ERROR

21$'

:SET LOOP ON ERROR POINTER TO 21$
:MAKE PREVIOUS MOOE USER
:LOAD TEST LOC. V.A. INTO STMP2
: LOAD ADDRESS OF $TMP2 INTO R2
:USE $TMP2 TO FETCH VIRTUAL
: ADORESS OF 60000
: POP KERNEL STACK INTO Rl
:WAS DATA FETCH EO SAME AS STORED
: BRANCH I F CORRECT DATA WAS FETCHED
: WRONG DATA WAS FETCHED
: FOR TI GHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
;" SR 21$' • 000762

CFKTHSO PDP 11/34 MEM MGNT 01 AG MACY 11 30A( 1 052)
27-JUN-78 09.33
PAGE 82
CFKTHB. Pl1
27-JUN-78 09: 27
T46
MOVE FROM PREVIOUS (USER) I-SPACE
3859
3860
3861
3862
3863
3864
3865
3866
3867
3868
3869
3B70
3871

032674,
032702[
0327 t 0

012737
012737
000423

002400
032114

000250
001110

012637
012637

001356
001360
177572
177576
160000

001366
001370
177572

I
032712!
032716'

032722i 013737

g;~~;~1 042737
013737

032744>

22$.

MOV
MOV
BR

HMGMERR,MMVEC
H1S,$LPERR
TST47

:SET M.M. VECTOR TO NORMAL ROUTINE
: SET LOOP POINTER TO START OF TEST
: : 8RANCH TO NEXT TEST

23$.

MOV
MOV
MOV
MOV
81C
ERROR

(KSP)+, TRAPPC
(KSP) +, TRAPPS
SRO ,WASSRO
SR2,WASSR2
N160000, SRO
51

: SAVE PC & PS OF TRAP

MOV
MOV
RTI

TRAPPS,-(KSP)
TRAPPC,-(KSP)

104051

3872
3873
3874
3875
3876
3877
3878
3879
3880
3881
3882
3883
3884
3885
3886
3887
3B88
3889
3890
3891
3892
3893
3894
3895
3896
3897
3B98
3899
3900
3901
3902
3903
3904
3905
3906
3907
3908
3909
3910
3911
3912
3913
3914

032746' 013746
032752, 013746
0327561 000002

001360
001356

; ; '\1 ....... ., . . . .

:-TEST 47

:.
:.
:.

..
.

:_
:-

*••• ***

$I • • • ",

: SAVE SRO FOR ERROR TYPEOUT
: SAVE SR2 FOR ERROR TYPEOUT
:CLEAR ERROR BITS IN SRO AND LEAVE
:TRIED TO READ NON·RESIDENT PAGE
: FOR TI GHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
:A "NOP" • 000240
: PUT PC & PS OF TRAP ON STACK

*"'***** ...... "'*.* * .... *."' ...... ,. *"'''' ** * •• **. * .. **** ••

MOVE TO PREVIOUS

(US~R)

I-SPACE

THIS TEST USES THE 'MTPI' INSTRUCTION TO ENSURE THAT THE
PREVIOUS MODE IS CLOCKED CORRECTLY
THERE IS A DESCRIPTION BEFORE EACH DESTiNATiON MODE TESTED,

IF THE CORRECT MODE IS NOT ENABLED A NON-RESIDENT ABORT
WILL OCCUR AND TRAP TO 20S, WHERE THE ERRORS ARE REPORTED.

; ; "' ••• "' ................ **** *.* •• * •••• '" •••••••• "' ........... "' •••• * ......... .

032760 I 000004

g;~;~~ I

TST47'
1$'

SCOPE
N77406,KIPDR4
: KERNEL I-SPACE PAGE 4 READ/WRITE
MOV
MOV
N77406,UIPDR4
:USER I-SPACE PAGE 4 READ/WRITE
#600, K I PAR4
: MAP KERNEL I PAGE 4 TO 12K
MOV
N600,UIPAR4
:MAP USER I PAGE 4 TO 12K
MDV
#20S,MMVEC
: SET M. M. VECTOR TO 20$
MOV
;THE FOLLOWING WILL TESY DSTM=O MTPI

177776

2S:

030340
000700

177776

3S'

033102
100000

001110

iMAKE PREVIOUS i.jODE USCR
: PUSH DATA ON KERNEL STACK
: LOAO USER STACK POINTER
:READ USER STACK POINTER
:POP KERNEL STACK INTO Rl
:WAS USER STACK POINTER CHANGED
: BRANCH I FIT WAS
:USER STACK POINTER NOT CHANGED
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
: "BR 2S" • 000764
N030340, PSIII
:MAKE PREVIOUS MOOE USER
MOV
NUSESTK,-(KSP)
:GET READY TO RESTORE USER S. POiNT
MOV
: RESTORE USER STACK POINTER
MTPI
USP
:THIS WI LL TEST DSTM • 1 MTPI,
NS$,$LPERR
: SET LOOP ON ERROR POINTER TO 5$
MOV
: LOAD V I RTUAL ADDRESS INTO R2
1100000, R2
MOV

012737
012737
032116 I 012737
033004 ' 012737
012737
033012

077406
077406
000600
000800
033572

033020
033026
033032
033034
033036
033040
033044
033046

012737
012746
008606
006506
012601
022701
001401
104050

030340
007777

033050 '
033056
033062
033084
033064
033072

012737
012746

172310
177610
172350

177650
000250

007777

OOe~06

4$.

012737
012702

MOV
MOV
MTPI
MFPI
MOV
CMP
BEQ
ERROR

H 030340, PSW
#7777,-(KSP)
USP
USP
(KSP)+, Rl
NT777 , Rl
35
50

SEQ 0081

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A( 1052) 27-~UN-78 09:33 PAGE 83
T47
MOVE TO PREVIOUS (USER) I-SPACE
CFKTHB. Pl1
27-JU~-78 09:27
3915
3916
3917
3918
3919
3920
3921.
3922
3923
3924
3925
3926
3927
3928
3929
3930
3931
3932
3933
3934
3935
3936
3937
393B
3939
3940
3941
3942
3943
3944
3945
3946
3947
3948
3949
3950
3951
3952
3953

033076
033102
033104
033110
033112
033120
033122
033124
033126

012700
010046
105037
006612
112737
011201
020001
001401
104047

125252

5$:
172310
000008

172310

001110
177778

5$.

033130
033130
033136
033144
033150
033154
033156
033162
033164
033172
033176
033200
033202

012737
012737
012700
012702
010046
105037
006612
112737
013701
020001
001401
104047

033154
030340
125252
100000

000006
100000

172310

033204
033204
033212
033220
033224
033226
033232
033236
033244
033250

012737
012737
012700
010';46
105037
006637
112737
013701
020001

033224
030340
052525

001110
177776

9S:

las'
172310
100000
000006
100000

172310

"25252,RO
RO,-(KSP)
KIPDR4
(R2)
'006, K I PDR4
(R2),Rl
RO,Rl

SET· LOOP ON ERROR POINTER TO 8S
MAKE PREVIOUS MODE USER
LOAD TEST DATA INTO RO
LOAD VIRTUAL ADDRESS INTO R2
PUSH TEST DATA ON KERNEL STACK
MAKE KERNEL PAGE 4 NON-RESIDENT
LOAD TEST DATA INTO PHYSICAL 60000
MAKE KERNEL PAGE 4 RESISENT
READ FROM ADDRESS 60000
SEE IF DATA WAS STORED COARECTLY
BRANCH I F STORE WAS CORRECT
INCOARECT STORE.
FOR TI GHTER SCOPE LOOP
REPLACE ERROR CALL IIITH
'BR 8S' • 000764
;THIS III LL TEST DSTM • 3 MTPI.
MOV
I10S,SLPEAA
SET LOOP ON ERROR POINTER TO las
MaV
'030340,PSII
MAKE PREVIOUS MODE USER
MOV
'52525,RO
LOAD TEST DATA INTO RO
MOV
RO,-(KSP)
PUSH TEST DATA ON KERNEL STACK
Ci.R8
KIPOR4
MAKE KERNEL I PAGE 4 NON-RESIDENT
MTPI
LOAD TEST DATA INTO PHYSICAL 60000
11"00000
MOVB
'006,KIPDA4
MAKE KERNEL PAGE 4 RESIDENT
MOV
II" 00000, AI
READ FRDM ADDRESS 60000
RO,Al
CMP
SEE IF DATA WAS STOAEO CORAECTLY
MOV
MaV
MOV
MOV
CLRB
MTPI
Mova
MaV
CMP
BEQ
EAROA

'8S,SLPERR
'030340 , PSII
"25252,RO
I100000,A2
RO,-(KSP)
KIPDR4
(R2)
'006, KIPOA4
lI"OOOOO,Al
AO,Al
9S
47

CFKTHBO PDP 11/34 MEN MGNT DIAG MACY" 30A(10S2)
27-~UN-7B 09:33
PAG~ 84
CFKTHB.Pl1
21-~UN-7B 09:27
T47
MOVE TO PREVIOUS (USER) I-SPACE
3954
3955
3956
3957
395B
3959
3960
3961
3962
3963
3964

033252
033254

001401
104047

033256
033256
033264
033212
033276
033300

012737
012737
012700
010046
012702

BRANCH I F STORE WAS CORRECT
INCORRECT STORE
FOR TI GHTER SCOPE LOOP
REPLACE ERROR CALL WITH
'BR IDS' • 000763
;THIS WILL TEST DSTM • 4 MTPI •
SET LOOP ON ERROR POINTER TO 12S
MOV
"2$, SLPERR
MAKE PREVIOUS MODE USER
'030340, PSW
MaV
LOAD TEST DATA INTO RO
MOV
"25252,RO
PUSH TEST DATA ON KERNEL STACK
RO,-(KSP)
MeV
LOAD VIRTUAL ADDRESS INTO R2
I100002.A2
MeV
BEO
ERROR

lIS'
033218
030340
125252
100002

001110
17777.

12S:

SEO 0082

LOAD TEST DATA INTO RO
PUSH TEST DATA ON KERNEL STACK
MAKE KERNEL I PAGE 4 NON-RESIDENT
LOAD TEST DATA INTO PHYSICAL 60000
MAKE KERNEL PAGE 4 RESIDENT
READ FROM ADDRESS 60000
SEE IF DATA WAS STORED AT CORRECT PLAce
6S
BRANCH I F STORE WAS CORRECT
47
INCORRECT STDRE
FOR TI GHTER SCOPE LOOP
REPLACE ERROR CALL WITH
'BR 55' • 000765
;THE FOLLOWING WI LL TEST DSTM-2 MTPI.

r.\ov

8S'

172310

MOV
MaV
CLR8
MTPI
MOVB
MaV
CMP
BEO
ERROR

lIS
47

SEO 0083

CFKTHBO PDP 11/34 MEM MONT DIAG MACVll 30A(1052)
27-JUN-78 09:33
PAGE 85
crKTHB.pl1
27-JU"-78 09:27
T47
MOVE TO PREVIOUS (USER) I-SPACE

3g65
3966
3967
3Q68
3969
3970
3971
3972
3973
3974
3975
3976
3917
3976
3979
3380
3981
3982
3983
30B4
3965
3986
3987
3988
3989
3990
3991
3992
3993
3994
3995
3996
3997
3998
3999
4000
400'
4002
4003
4004
4005
4006
4007
4008
4009
40'0

033304
0333'0
0333,2
033320
033324

033326
033330

105037
006642
, 1 2737
0'370'
020001
00,40,
104047

000006
100000

172310

033364
030340
052525
00'204
'00000

001110
177776

033332
033332
033340
033346
033352
033356
033364
033366
033372
033374
033402
033406
033410
0334'2

KIPDR4
-(R2)
-006, K I PDR4
"Wl00000,Rl
RO,Rl
135
41

MOV
MOV
MOV
MOV
MOV
MOV
CLRB
MTPI

#14$,$LPERR
#030340, PSW
#52525, RO
N<5TMP2+2>, R2
Nl00000,$TMP2
RO,-(KSP)
KIPDR4
P-(R2)
N006, K I PDR4
1"'00000, Rl
RO,Rl
ISS
47

MOV
MOV
MOV
CLR
MOV
CLRB
MTPI
MOV6
MOV
CMP
6EQ
ERROR

.'6$, SLPERR
N030340, PSW

MOV
MOV
MOV
MOV

N1BS,SLPERR
.030340, PSW
Nl 25252 ,RO
.'00000, STMP2

MOV
MOV
CLRB
MTPI

N$TMP2, R2
RO,-(KSP)
KI PDR4
PO(R2)

: SET LOOP ON ERROR POINTER TO 14$
:MAKE PREVIOUS MODE USER
:LOAD TEST DATA INTO RO
: LOAD ADDR. OF LaC. $TMP2+2 INTO R2
:LoAD VIRT. ADDR. OF TEST LOr.. INTO $TII.P2
: PUSH TEST DATA ON KERNEL STACK
:MAKE KERNEL PAGE 4 NON-RESIDENT
:LOAD TEST DATA INTO PHYSICAL 60000
Move
:MAKE KERNEL PAGE 4 RESIDENT
MOV
: READ FROM ADDRESS 60000
CMP
:SEE IF DATA WAS STORED CORRECTLY
BEQ
: BRANCH I F STORE WAS CORRECT
ERROR
: INCORRECT STORE
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
:"BR 14$'· = 000764
:THIS WILL TEST DSTM • 6 MTPI.

001202
14$:

172310
000006
100000

112310

033436
030340
052525

001110
17177b

ISS:
012737
0'2737
012700
005002
010046
105037
006662
"2737
0' 3701
020001
001401
1 04047

:SET LOOP ON ERROR POINTER TO 16$
:MAKE PREVIOUS MODE USER
: LOAD TEST DATA INTO RO
R2
:MAKE REGISTER 2 ZERO
RO,-(KSP)
: PUSH TEST DATA ON KERNEL STACK
KIPDR4
:MAKE KERNEL I PAGE 4 NON-RESIDENT
100000 (R2)
:LOAD TEST DATA INTO PHYSICAL 60000
N006, K I PDR4
:MAKE KERNEL PAGE 4 RESIDENT
: READ FROM ADDRESS 60000
P"00000,Rl
RO,Rl
: SEE H OAT A WA5 STORED CORRECTLY
17$
: BRANCH I F STORE WAS CORRECT
47
: INCORRECT STORE
: FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
: '·BR 16$" = 000763
:THE FOLLOWING WILL TEST DSTM=7 MTPI.

16S:
'723'0
100000
000006
100000

172310

17$:

033470

SEQ 0084

:MAKE KERNEL I PAGE 4 NON-RESIDENT
:LOAD TEST DATA INTO PHYSICAL 60000
:MAKE KERNEL PAGE 4 RESIDENT
: READ FROM ADDRESS 60000
:SEE IF DATA WAS STORED CORRECTLY
: BRANCH : F STORE WAS CORRECT
: INCORRECT STORE
:FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
: "BR 12$" = 000762
: THE FOLLOWING WI LL TEST DSTM=5 MTPI.

13$:
0, 2737
0'2737
0'2700
0'2702
0'2737
0'0046
, 05037
006652
" 2737
0' 3701
020001
001401
104047

033414
033414
033422
033430
033434
033436
033440
033444
033450
033456
033462
033464
033466

CLR6
MTPI
MOVa
MOV
CMP
BEQ
ERROR

172310

#52525 t RO

4011

40'2
40' 3
40'4
40'5
40'6
40'7
4018
4019
4020

033470
033476
033504
0335,0

0'2737
0'2737
0'2700
012737

033522
030340
'25252
100000

0335'6
033522
033524
033530

017:02

001202

010046
105037
006672

172310

001110
177776
001202

18S:

000000

: SET LOOP ON ERROR POINTER TO 1 BS
:MAKE PREVIOUS MODE USER
:LOAD TEST DATA INTO RO
:LOAD VIRT. ADOR. OF TEST LOCATION
:INTO LOCATION $TMP2
: LOAD ADDRESS OF STMP2 INTO R2
: PUSH TEST DATA ON KERNEL STACK
:MAKE KERNEL PAGE 4 NON-RESIDENT
: LOAD TEST DATA INTO PHYSICAL 60000

CFKTHBO PDP 11/34 MEM MGNT DUG MACY" 30A(1052)
27-JUN-7B 09:33
PAGE B6
crKTHB.Pll
27-JU'-78 09:27
T47
MOVE TO PREVIOUS (USER) I-SPACE
4021
4022
4023
4024
4025
4026
4027
402B
4029
4030
4031
4032
4033
4034
403S
4036
4037
4038
4039

033S34
033542
033546
033550
033552

1 , 2 737
013701

033554

012737
0'2737
000423

032762
002400

001110
000250

0336' 0
033616
033624

012637
0'2637
0'3737
013737
042737
104051

00' 356
001360
177572
177576
160000

001366
001370
177512

033626
033632
033636

013746
013746

001360
001356

000002

033562
0.33570

033572
033576
03~602

000006
100000

MOV6
MOV
CMP
BEQ
ERROR

1'.'
RO,R1

19$:

MOV
MOV
6R

.I$,$LPERR
NMGMERR, MMVEC
TST50

20$:

MOV
MOV
MOV
MOV
61C
ERROR

(KSP)+,TRAPPC
(KSP) +, TRAPPS
SRO,WASSRO
SR2,WASSR2
.,60000, SRO
51

MOV
MOV
RTI

TRAPPS, - (KSP)
TRAPPC, - (KSP)

172310

020001

001401
104047

'006, K I PDR4
00000, Rl

19$
47

40';0
4041
4042
4043
4044
4045
4046
4047
404B
4049
4050
4051
4052
4053
4054

: SAVE PC & PS OF TRAP
: SAVE SRO FOR ERROR TYPEOUT
: SAVE SR2 FOR ERROR TYPEOUT
:CLEAR ERROR BITS IN SRO
;TRIED TO LOAO A N.R. PAGE 4
: FOR T I GHTFR SCOPE LOOP
: REPLACE ERROR CALL WITH
:A "NaP" = 000240
: PUT PC & PS OF TRAP ON STACK
: RETLIRN TO TEST

; ; '" ................ '" ••••••• '" "'*.* '" "'.* ** .. '" "'. '" '" ** "'*'" "'* .... **** "'*'" '" *** •••
:-TEST SO

;
;-

:.
:.

:
:

4055
4056

4057

033724

4075

033730

000004
012700

077406

033646
033652
033656
033660
033662
033670
033676
033704
033712
033720

012702
0, 2701

000010
177600

TST50:
1$:

SCOPE
MOV

2$:

010021

012737
012700
010037
012702

THIS TEST CHECKS THAT IF THE PREVIOUS MODE IS KERNEL THE
FETCH IS FROM KERNEL SPACE.
THERE IS A DESCRIPTION BEFORE EACH DESTINATION MODE TESTED.

; ; '" ..... **"' .. '" "' .................. "' ••• '" ** .. '" '" '" *"'. '" ** .... ** ** "''''>II''''''. "'.*. * •••

033640
033642

012737

I-SPACE TO USER MODE

IF THE CORRECT MODE IS NOT ENABLED A NON-RESIDENT ABORT
WiLL OCCUR AND TRAP TO 21S, WHERE THE ERRORS ARE REPORTED.

077202
0'2737
012737
012737

MOVE FROM PREVIOUS (KERNEL)

:.
:.

405B
40S9
4060
4061
4%2
4063
4064
406S
4066
4057
4068
4069
4070
4071
4072
4073
4074
4076

SEQ 0085

:MAKE KERN,L PAGE 4 RESIDENT
: READ FROM ADDRESS GOOOO
: SEE I F OAT A WAS STORED CORRECTLY
: BRANCH I F STORE WAS CORRECT
: INCORRECT STORE
:FOR TIGHTER SCOPE LOOP
: REPLACE ERROR CALL WITH
i "BR 18$10 = 000763
: SET LOOP POINTER TO START OF TEST
: RESTORE M.M. VECTOR TO NORMAL ROUTINE
: ; BRANCH TO NEX T TEST

033670
140340
077406
000600
000600
036514
100000
100000

001110
177776

172310
172350
177650

3$:

*17406, RO

MOV
"0, R2
MOV
NUIPORO, R1
RO, (Rl)+
MOV
R2,2$
S06
N3$ ,$LPERR
MOV
II 140340, psw
MOV
N77406, K I PDR4
MOV
.600, K [PAR4
MOV
N600, U I PAR4
MOV
#36514, RO
MOV
RO,I\.'00000
MOV
.,00000, R2
MOV
;THE FOLLOWING wI LL TEST

MAKE ALL USER I-SPACE PAGES RESIDENT
READ/~JRITE, LENGTH 200 BLOCKS
SET LOOP COUNTER TO 6
LOAD ADDRESS OF FIRST PDR IN Rl
LOAD PC·l WITH 77406
LOOP UNT I L 8 USER PDRS LOADED
SET LOOP ON ERROR TO 3$
GO 10 USER MODE FOR THIS TEST
KERNEL I-SPACE PAGE 4 READ/WRITE
MAP KERNEL I PAGE 4 TO 12K
MAP uSER I PAGE 4 TO 12K
lO.O DATA PATTERN INTO RO
LOAD DATA PATTERN INTO PHY 60000
LOAD V I RTUAl ADDRESS INTO R2
DSTM_O MFPI

*'
CFKTH80 POP 11/34 MEM MGNT OIAG MACYll 30A( 1052)
27-~UN-7B
09:33
PAG~ 87
CFKTHB.P11
27-JU~-78 09: 27
T50
MOVE FROM PREVIOUS (KERNEL) I-SPACE TO USER MODE
4077
4078
4079
4080
4081
4082
4083
4084

4085
4086
4087
4088
4089
4090
4091
4092
4093
4094
4095
4096
4097
4098
4099
4100
4101
4102
4103
4104
4105
4106
4107
4106
4109
4110

4111
4112
4113

4114
4115
4116
4117
411 B
4119
4120
4121
4122
4123
4124
4125
4126
4127
412B
4129
4130
4131
4132

033734
033742
033746
033754
033756
033762
033764
033766
033772
033774
033776

012737
105037
012737
006506
022706
001407
012600

034336
177610
140340

000250

012701

001100

034000
034002

000401
104050

034004
034004
034012
034020
034024
034030
034032
034034
034036
034040

012737
012737
012700
012702
006512
012601
020001
001401
104046

034012
140340
036514
100000

001110
177776

75:

034042
034042
034050
034056
034062
034064
03406G
034070
034072

012737
012737
012702
006522
012601
020001
001401
104046

034050
140340
100000

001110
177776

9S:

034074
034074
034102
034110
034114
034116
034120
034122

012737
012737
006537
012601
020001
001401
104046

034102
140340
100000

001110
177776

115:

177776
4S:

000700

020001
001403
104046

55:

es:

8S:

lOS:

MOV
CLRB
MOV
MFPI
eMP
BEQ
MOV
MOV
CMP
BEQ
ERROR

N21S,MMVEC
UIPDR4
N 140340 , PSW
KSP
NUSESTK,USP
5$
(USP)+,RO
NKERSTK, Rl
RO,RI
65
46

;SET M.M. VECTOR TO 21 S
;MAKE USER I-SPACE PAGE 4 Nor~-RESIDENT
;MAKE PREVIOUS MODE KERNEL PRESENT USER
; PUT KERNEL STACK POINTER ON USER STACK
;WAS SOMETHING PUSHED ON STACK AT IS
; BRANCH IF NOTH ING WAS PUSHED
; POP USER STACK INTO RO
; EXPECTING 1100 AS KSP
; DID YOU GET THE RIGHT POINTER?
; BRANCH I F YOU DID
;WRONG THING WAS PUSHED ON STACK
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 4$" = 000766
BR
6$
; BRANCH TO NEXT TRY
ERROR
50
;NOTHING PUSHED ON STACK
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 4$" • 000764
;THE FOLLOWING Wi LL TEST OSTM=1 MFPI.
MOV
N7$,$LPERR
; SET LOOP ON ERROR POINTER TO 7$
MOV
N 140340, PSIII
;MAKE PREVIOUS MODE KERNEL PRESENT USER
MOV
."36514, RO
; LOAD DATA EXPECTED INTO RO
MOV
; LOAD VIRTUAL ADDRESS INTO R2
'100000, R2
MFPI
(R2)
; READ FR')M PHYSICAL 60000
MOV
(USP)+,Rl
; POP USER STACK INTO Rl
CMP
RO,Rl
;WAS DATA FETCHED SAME AS STORED
BEQ
;8RANCH IF CORRECT DATA WAS FETCHED
BS
ERROR
46
;WRONG DATA WAS FETCHED
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 7$" = 000764
;THE FOLLOWING WI LL TEST DSM=2 MFPI.
MOV
; SET LOOP ON ERROR POINTER TO 9$
#9$ ,$LPERR
MOV
;MAKE PREVIOUS MODE KERNEL PRESENT USER
'140340, PSW
MOV
; LOAD VIRTUAL ADDRESS INTO R2
'100000,R2
MFPI
(R2)+
; READ FROM PHYSICAL 60000
; POP USER STACK INTO Rl
MOV
(USP)+,Rl
CMP
; WAS OAT A FETCHED SAME AS STORED
RO,Rl
i BRANCH IF CORRECT DATA WAS FETCHED
BEQ
lOS
;WRONG DATA WAS FETCHED
ERROR
4B
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 9$" • 000766
;THE FOLLOWING WI LL TEST DSTM=3 MFPI.
MOV
Nl1S,$LPERR
: SET LOOP ON ERROR POINTER TO lIS
MOV
;MAKE PREVIOUS MODE KERNEL PRESENT USER
* 140340, PSW
;READ FROM PHYSICAL 60000
MFPI
.*100000
MOV
; POP USER STACK INTO Rl
(USP)+,RI
; WAS DATA FETCHED SAME AS STORED
CMP
RO,Rl
; BRANCH I F CORRECT DATA WAS FETCHED
12$
BEQ
; WRONG DATA WAS FETCHED
ERROR
46
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "BR 11$" • 000767

27-~UN-78
09:33 PAGE 88
C""THBO PDP 11/34 MEM MGNT DIAG MACY11 30A( 1 052)
T50
MOVE FROM PREVIOUS (KERNEL) I -SPACE TO USER MODE
27-JUN-78 09: 27
CF"THB. Pl1

4133
4134
4135
4136
4137
4138
4139
4140
4141
4142
4143
4144
4145
4146
4147
4148
4149
4150
4151

4152
4153
4154
4155
4156
4157
4158
4159
4160
4161
4162
4163
4164
4165
4166
4167
416B
4169
4170
4171
4172
4173
4174
4175
4176
4177
4178
4179
4180
4181

4182
4183
4184
4185
41B6
4187
418B

034124
034124
034132
034140
034144
034146
034150
034152
034154

12$:
034132
140340
100002

001110
177776

012737
012737
012737
012702
006552
012501
020001
001401
104046

034164
140340
100000
001204

001110
177776
001202

012737
012737
005002
006562
012601
020001
001401
104046

034224
140340

001110
177776

034250
034256
034264
034272
034276
034302
034304
034306
034310

012737
012737
012737
012702
006572
012601
020001
001401
104046

034256
140340
100000
001202
000000

001110
177776
001202

034312
034320
034326

012737
012737
012737

002400
000340
033642

000250
177776
001110

012737
012737
012702
012601
020001
001401
104046

145:

034156
034156
034164
034172
034200
034204
034206
034210
034212
034214

15S:

16$:

034216
034216
034224
034232
034234
034240
034242
034244
034246

13$:

0065~2

17$:

100000

18S:

034250

19$:

;THE FOLLOWING WI LL TEST DSTM=4 MFPI.
SET LOOP ON ERROR POINTER TO 13$
NI3$,SLPERR
MOV
MAKE PREVIOUS MODE DERNEL PRESENT USER
MOV
'140340, PSW
LOAD VIRTUAL ADDRESS INTO R2
MOV
.100002, R2
-(R2)
READ FROM PHYSICAL 60000
MFPI
POP USL, STACK INTO Rl
(USP)+,Rl
MOV
WAS DATA FETCHED SAME AS STORED
CMP
RO,Rl
8RANCH I F CORRECT DATA WAS FETCHED
BEQ
14S
WRONG DATA WAS FETCHED
ERROR
46
FOR TIGHiER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 13$" = 000766
;THE FOLLOWING WILL TEST DSTM=5 MFPI.
SET LOOP ON ERROR POINTER TO ISS
MAKE PREVIOUS MODE KERNEL PRESENT USER
LOAD TEST LaC. VIRT. ADDR INTO LOC. STMP2
LOAD ADDRESS OF $TMP2+2 INTO R2
READ FROM PHYSICAL 60000
POP USER STACK INTO Rl
WAS OAT A FETCHED SAME AS STORED
8RANCH I F CORRECT DATA FETCHED
WRONG DATA WAS FETCHED
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"8R 15$" = 000763
;THE FOLLOWING WI LL TEST D5TM=6 MFPI.

MOV
MOV
MOV
MOV
MFPI
MOV
CMP
BEQ
ERROR

MOV
MOV
CLR
MFPI
MOV
CMP
BEQ
ERROR

;THE

N15S, SLPERR
N 140340, PSW
'100000,STMP2
N<$TMP2+2>, R2
'-(R2)
(USP)+,Rl
RO,Rl
16$
46

SET LOOP ON ERROR POINTER TO 17$.
MAKE PREVIOUS MODE KERNEL PRESENT USER
MAKE REGISTER 2 A ZERO
READ FROM PHYSICAL 60000
POP USER STACK INTO Rl
WAS DATA FETCHED SAME AS STORED
RO,Rl
BRANCH IF CORRECT DATA FETCHED
18$
WRONG DATA WAS FETCHED
46
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
"BR 17$" = 000766
FOLLOWING WI LL TEST 05TM=i MFPI.
NI7$,SLPERR
N 140340 , PSIII
R2
100000(R2)
(USP)+,Rl

MOV
MOV
MOV
MOV
MFPI
MOV
CMP
BEQ
ERROR

N19S,SLPERR
N140340, PSW
HI 00000, $TMP2
N$TMP2, R2
1'0(R2)
(USP)+,Rl
RD,Rl
20$
46

SET LOOP ON ERROR PO INTER TO 19$
MAKE PREVIOUS MODE KERNEL PRESENT USER
LOAD TEST LOC. VIRT. ADOR. INTO $TMP2
LOAD ADDRESS OF $TMP2 INTO R2
READ FROM PHYSICAL 60000
POP USER STACK INTO Rl
WAS DATA FETCHED SAME AS STORED
8RANCH IF CORRECT DATA FETCHED
WRONG DATA WAS FETCHED
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH

MOV
MOV
MOV

NMGMERR ,MMVEC
N00340, PSW
,I$,$LPERR

SET M.M. VECTOR TO NORMAL ROUTINE
GO BACK TO KERNEL MODE, PREVIOUS KERN~L
SET LOOP POINTER TO START OF TEST

"BR 19$11

20$:

SEQ 00811

= 000762

SEQ 00B7

CFKTHBO POP 11/34 M:M MGNT DrAll MACYII 30A(1052)
27-JUN-78 09:33 PAGE 89
CfKTHB.Pll
27-.JU~-78 09:27
T50
MOVE FROM PREVIOUS (KERNEL) I-SPACE TO USER MODE
4189
4190
4191
4192
4193
4194
4195
4196
4197
419B
4199
4200
4201
4202
4203
4204

034334

000423

034336
034342
034346
034354
034362
034370

012637
012637
013737
013737
042731
104051

001356
001360
177572
177576
160000

034372
034376
034402

013746
013746
000002

001360
001356

001366
001370
177572

TSTSI

MOV
MOV
MOV
MOV
BIC
ERROR

(KSP) +, TRAP PC
(KSP) +, TRAPPS
SRO ,WASSRO
SR2,WASSR2
"60000,SRO
51

MOV

TRAPPS,-(KSP)
TRAPPC,-(KSP)

MaV
RTI
; _TEST 51

4.207

4~~22

4223
4224
4225
4226
4227
4228

;

MOVE FROM/TO D-r.PACE • MOVE FROM/TO I-SPACE

THIS TEST CHECKS THAT SINCE THFRE I~ NO DISTINCTION
6ETWEEN INSTRUCTION AND DATA SPACE IN THE 11/34
MFPD 4 MTPD SHOULD BE DECODl;o THE SAME AS MFPI & MTPI.

;0
;.

;; ....................... * ..................................... * ........... .
034404
034406

034414

000004
012737
106506

030340

177778

TSTSI:
1$:

SCOPE
MOV
MFPD

#030340, PSW
USP

034416
034422
034424
034426
034432
034434
034436

022706
001407
012600
012701
020001

034440
034442

000401
104054

034444
034452
034456
034460
034462
034464
034470
034472

01273"
012746
105606
106506
012601
022701
001401
104054

034474
034500

012746
106606

CMP
aEO
MOV
CMP
BEQ
ERROR

NKERSTK,KSP
2$
(KSP)+,RO
NUSI;STK, RI
RD,RI
3$
53

SR
ERROR

MOV
MOV
MTPD
MFPD
MOV
CMP
8EQ
ERROR

.14$,SLPERR
17777 ,-(KSP)
USP
USP
(KSP)+,RI
17777, RI
5$
54

MaV

NUSESTK,-(KSP)
USP

DOl IDa

MaV

000700

001~03

104053

2S:

4229
4230
4231
42~2

4233
4234
4235
4236
4237
4238
4239
4240
4241
4242
4243
4244

; SAVE PC & PS OF TRAP
; SAVE SRO FOR ERROR TYPEOUT
; SAVE SR2 FOR ERROR TYPEOUT
;CLEAR ERROR BITS IN SRO
;TRIED TO READ NON-RESIDENT PAGE
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;A "NaP" • 000240
; PUT PC & PS OF TRAP ON STACK
; RETURN TO TEST

,0210

4217
421S
4219
4220
4221

034452

001110

3S:

45:

007777

5S:

003700

MTPD

; MAKE PREV 10US MODE.USER, CURRENhKERNEL
;MFPD SHOULD ACT LIKE MFPI PUTTING
;USER STACK POINTER ON THE KERNEL. STACK
;WAS SOMETHING PUSHED ON KERNEL STACK?
; BRANCH I F NO
;POP KERNEL STACK INTO RO
; EXPECT I NG TO GET 700 AS USP
;010 GET RIGHT POINTER VALUE?
; BRANCH I F YES
;.WRONG THING ~iAS PUSHEO ON STACK
; FOR TiGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
; "SR 1$" = 000763
; BRANCH TO NEXT TRY
;NOTHING PUSHED ON STACK
; FOR 11 uHTER SCOPE LOOP
;REPLACE ERROR CALL WITH
; "BR 1$" • 000761
; SET LOOP ON ERROR POINTER TO 4$
; PUSH DATA ON KERNEL STACK
:LOAo H< USER STACK POINTER
; READ USER STACK POINTER
;POP KERNEL STACK INTO Rl
;WAS USER STACK POINTER CHANGED?
; BRANCH I F yES

;USER STACK POINTER NOT CHAN:;ED
; FOR TiGHTER SCOPE LOOP
; REPI.ACE ERROR CALL WITH
; 'BR 4$" • 000767
;GH READY TO RESTORE USER STK. PTR.
;RESTORE USER STACK POINTER

27-JUN-78 09: 33 PAGE 90
CFIITHBO POP 11/34 MEM MGNT DUG MACY I I 30A (1 052)
CFKTHB.PII
27-~UN-78 09:27
T51
MOVE FROM/TO D-SPACE • MOVE fROM/TO I-SPACE
4245
4246
4247
4248
4249
4250
4251

034502

012737

034406

4271
4272
4273
4274
4275
4276
4277
4278
4279
4280
4281
4282
4283
4284

MOV

001110

HI $,$LPERR

; SET LOOP POINTER TO START OF TEST

; ; ............ "' .......................................... "' •• *** ...... .,. ••••
;oTEST 52

MOVE FROM PREVIQJS I=SP~CE (PREVIOUS.CURRENT'KERNE~)

; 0

;0
;.
;.
;.
;.

4252
4253
4254
4255
4256
4257
4258
4259
4260
4261
4262
4263
4264
4"65
4266
4267
4268
4269
4270

SEQ OOBII

; ; BRANCH TO NEXT TEXT

; ; •••••••••••••••••••••••••• ** ........ "'''' ............................. .

4205
4206
4208
4209
4210
4211
4212
4213
4214
4215

THIS TEST CHECKS THAT IF BOTH PREVIOUS AND CURRENT MODES
ARE KERNEL, AND THE SOURCE MODE IS 0, THE DESTiNATION
STACK IS NOT DECREMENTED BEFORE ACCESS.
"MFPI KSP' SHOULD PUSH THE NON-DECREMENTED VALUE
OF KSP (lIDO) ONTO THE STACK (AT LaC. 1076).

.............................................................. "' ........

034510
0345 I 2
034516
034522

;'5T52:
IS:

SCOPE
CLR
MOV
MOV
r,lFPI

(lNPSW
NSTACK,RO
RO ,KSP
KSP

034524

000004
005037
012-00
010006
006506

034526
034530

011601
020001

MDV
CMP

(KSP) ,RI
RO,RI

034532
034534

001401
104046

BEQ
ERROR

2S
46

034536

2$:

034544

005740
020600
001401
104050

TST
CMP
BEQ
ERROR

-(RD)
KSP,RO
3$
50

034546

012706

3S'

MOV

ISTACK, KSP

.SBTTL

••••••••••••••••••••••• 111 • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • *

034540

034542

177778
001100

001100

; SET PREVIOUS = CURRENT. KERNEL
; SETUP VALUE FOR STACK POINTER
; LOAD STACK POINTER
;THE VALUE "STACK" SHOULD BE PUSHED
; BEFORE BEING ~ECREMENTED
; READ DATA WHICH WAS PUSHED
;WAS THE ORIGINAL VALUE OF THE
;STACK POINTER PUSHED?
; BRANCH I F Y~S
;MFPI FETCHED WRONG DATA
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;"BR 1$" • 000766
;SETUP EXPECTED STACK POINTER VALUE
; WAS THE STACK PO INTER DECREMENTED?
; BRANCH I F YES
; STACK NOT PUSHED BY THE MFPI
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH
;"BR 1$" • 000762
; RESTORE STACK POINTER

SEQ 0089

CFKTHBO POP 11/34 MEM MGNT DIAG MACVll 30A(1052)
27-JUN-7B
CFKlHB.Pl1
27-JUN-7B 09:27
END OF PASS ROUTINE
.SBTTL

4285
4286
4287
4288
4289
4290

SEQ 00110

END OF PASS ROUTINE

, ; .................... *.* ............... "'.* .....

4~92

>1< • • • • • • • oil"' • • • • • • • • • • • • • • • • • "'''' • • •

SEOP:

034552
034552
0.14554
034560
034564
034570
034576
034600
034602
0.'34604
034606
034610
034612
034616

000004
005037
005037
005237
042737
005327
000001
003072
012737
000001
034600
104401
000407

034636
034636

0,3746

034642
034644
034650

00042'

034714
034714

013746

034'/20
034722
034726
034732
034736
034740
034742
034746
034750
034750
034754
034756
034760
03<1762
034764
034766
034770
034770
034772
034776

001102
001212
001234
100000

00123<1

034620

001234

SCOPE
CLR
ClR
INC
BIC
OEC
SEOPCT: • WORD
BGT
MOV
SENDCT: • WORD
SEOPCT
TYPE
BR
;;655:
.ASCIZ
64$:
MOV

104405
104401

034B52
; ;67$:
66$:
001112

, 04405
104401

005037
013700
00'414
005046
012746
000426

034750

4341
4342
4343
4344
4345
4346
4347
434B

0:15004
035006
035012
035014
035020
035024

4~49

035026
035026
035030
035032
035034

; ; ZERO THE TEST NUMBER
; ;ZERO THE NUMBER OF ITERATIONS
; ; INCREMENT THE PASS NUMBER
; ;OON'T AllOW A NEG. NUMBER
; ; lOOP?
; ;YES
; ; RESTORE COUNTER

,65$
; ;TYPE ASCIZ STRING
645
; ;GET OVER THE ASCIZ
<12><15>/ENO PASS _I

TyPOS
TYPE
BR
.ASCIZ

; ; SAVE $PASS FOR TYPEOUT
; ; TYPE PASS NUMBER
; ;GO TYPE--DECIMAl ASCII WITH SIGN
,675
; ;TYPE ASCIZ STRING
66$
; ; GET OVER THE ASCIZ
/
TOTAL ERRORS SINCE lAST REPORT /

MOV

$ERTTL,-(SP)

TYPOS
TYPE
ClR
SGET42: MOV
Bf.Q
ClR
MOV
BR

001223
001112
000042

$TSTNM
STIMES
$PASS
N 1 00000, 5PASS
(PC)+
1
$OOAGN
( PC)+,"(PC)+
1

SPASS,-(SP)

, SCRlF
SERTTl
I'N42, RO
SDOAGN
-(SP)
NSClR.T,-(SP)
SRTRN

;;SAVE $ERTTl FOR TYPEOUT
;; TOTAL NUMBER OF ERRORS
; ;GO TYPE--DECIMAL ASCII WITH SIGN
;: TYPE CARRIAGE RETURN, LINE FEED
; ;CLEAR ERROR TOTAL
; ;GET MONITOR ADDRESS
; i BRANCH

I F f~O

i,~OfH TOR

;;INSURE THE "T" BIT IS CLEAR
; ; SE TUP FOR AN RT I OR RTT
; ; GO DO AN RTI OR RTT TO lOAD THE PSW
; ;WITH A CLEARED "T' BIT

SClR.T:
013700
001405
000005
004710
000240
000240
000240
104400
042716
032777

000042

000020
010000

14413<1

MOV
8EQ
RESET
SENOAD: JSR
NOP
NOP
NOP
SDOAGN:
TRAP
BIC
BIT

11'.42, RO
SDOAGN

;; INSURE RO CONTAINS THE MONITORS

PC, (RO)

; ;GO TO MONITOR
; ; SAVE ROOM
,; FOR
;;ACTl1

001 lOS
005137
100402
052716
012746
000002

035032
000020
035026

15:
SRTRN:

BNE
COM
BMI
BIS
MOV
RTI

, i RETURN ADDRESS

'iCl.EAR THE WORLD

; ; PUSH OLD PSW AND PC ON STACK

; :CLEAR THE "T" BIT

H20, (SP)
IBIT12,"SWR

CFKTHBO PDP 11/34 MEM MGNT OIAG MACytt 30A( 1052)
27-JUN-7B
CF1<THB.Pl1
27-JUN-78 09:27
ENO OF PASS ROUTINE

4350
4351
4352
4353
4354
4355
4356
4357
4358
4359
4300
4361
4362
4363
4364
4365
4:166
4367
436B
4369
4370
4371
4372
4373
4174
4375
4376
4377
437B
4379
4380
4381
4382
4383
4384
4385
4386
4367
438B
4389
4390
4391
4392
4393
4394
4395
4396

PAGE 91

;. I NCREMENT THE ~ASS NUMBER ($PASS)
;.TYPE "END PASS HXXXXX TOTAL NUMBER OF ERRORS SINCE lAST REPORT YVYYY'
; .WHERE XXXXX AND VYYYY ARE DECIMAL NUMB<.RS
;oIF SW12.1 INHIBIT TRACE TRAP
; 01 F THERES AMON ITOR GO TO IT
;.IF THERE ISN'T JUMP TO lOOP

4291

4293
4294
4295
4296
4297
429B
4299
4:l00
4301
4302
4303
4304
4305
4306
4307
430B
4309
4310
4311
4312
4]13
4314
4115
4316
4317
431B
4319
4320
4321
4322
4323
4.124
4325
4326
4327
4328
4329
4330
4331
4332
4333
4334
4335
4336
4337
433B
4339
4340

09:33

; ; RUN WITH TRACE TRAP?

PAGE 92
SEQ 0091

1$
STBIT
1$
'20,(SP)
NSlOOP,-(SP)

; BR IF NO
; IS IT TIME FOR TRACE TRAP

;BR IF NO
;SET TRACE TRAP
;JUMP TO START OF TEST
; RETURN--THIS IS CHANGED TO

;AN "RTT" IF "RTT" IS A LEGAL
; INSTRUCTION
SLOOP:
000137
020466
000000
377
035040

377

000

JMP
P(PC)+
lOOP
SRTNAO: .WORO
STBIl :
.WORD
o
SENULl: • BYTE
-1,-1,0
.EVEN
.SBTTL SCOPE HANOLER ROUTINE

; ; RETURN
;; "T" BIT STATE INDICATOR
; ; NULL CHARACTER STRING

*"''''''' ."' ••• "' •••• "' •••••

i ; .. '" "' ••• "'."' ••• **"'**** *****. ***"'* "' .... "'* •••• '" ."'.
;_THIS ROUTINE CONTROLS THE lOO~ING OF SUBTESTS. IT Will INCREMENT
;'AND LOAO THE TEST NUMBER($TSTNM) INTO THE OISPlAV REG.(DISPLAY<7:0»
;.ANO LOAO THE ERROR FLAG ($ERFLG) INTO DISPlAY<15:08>
;_THE SWITCH OPTIONS PROVIDED BV THIS ROUTINE ARE:

;*SW14=1

l.OOP ON TEST

; oSWl1-1
; .SW09- 1
;.swoa-l

INHIBIT ITERATIONS
lOOP ON ERROR
lOOP ON TEST IN SWR<7:0>

; ·CALL
;
035040
035040
035042
035050

104410
032777
001114

035052

000 16

035054
035060
035066
035072
035076
035100
035102
035106
035110
035110
035116
035120
035126
035130
035134
035136
035144
035146
035154
035156
035164

013746
012737
005737
012637
000453
022626
012637
000423

000004
035100
171060
000004

032777
001404
127737
00'465
105737
001421
123737
101015
032777
001404
013737
000446

000400

144022

144014

001102

SCOPE

i ; SCOPE. lOT

SSCOPE:
040000

144070

000004

0011 03
001115

0011 03

001000

143764

001110

001106

CKSWR
.BITI4,PSWR
BIT
BNE
SOVER
;,fWNNISTART OF CODE FOR THE XOR
SXTSTR: BR
6$

IS:

I'Nf:RRVEC,-(SP)
MOV
.5$ ,I!"ERRVEC
MOV
",.,77060
TST
MOV
(SP)+,I'.ERRVEC
BR
SSVLAO
5$:
CMP
(SP)+,(SP)+
MOV
(SP)+,PHERRVEC
BR
7$
6S: :NII •• ENO OF ;ODE FOR THE XOR
BIT
'BITOB,PSWR
2$
BEQ
(lSWR, $TSTNM
CMPB
$OVER
BEQ
$ERFlG
25:
TSTB
3$
BEQ
SERMAX,SERFlG
CMPB
3$
BHI
.BIT09 ,I'SWR
BIT
4S
BEQ
$LPERR ,$lPADR
7$:
MOV
SaVER
BR

FOR CHANGE IN SOFT-SWR
TEST
LOOP ON PRESENT TEST?
YES IF SW14·1
STERI/HIIIIN

IF RUtlNING ON THE 'XOR" TESTER CHANGE
THIS INSTRUCTION TO A "NOP' (NOP'240)
SAVE THE CONTENTS OF THE ERROR VECTO~
SET FOR TIMEOUT
TIME OUT ON XOR?
RESTORE THE ERROR VECTOR
GO TO THE NEXT TEST
CLEAR THE STACK AFTER A TIME OUT
RESTORE THE ERROR VECTOR
lOOP ON THE PRESENT TEST
ESTER •• NNN
LOOP ON SPEC. TEST?
BR IF "0
ON THE RIGHT TEST?
SWR<7:0>
BR IF YES
HAS AN ERROR OCCURRED?
8R IF NJ
MAX. ERRORS FOR THIS TEST OCCURRED?
BR IF NO
lOOP ON ERROR?
BR I F NO
SET LOOP AODRESS TO lAST SCOPE

CFKTHBO PDP 11/34 MEM MGNT DUG MACY11 30A( 1052)
27-JUN-78 09:33
CFKTHB.Pl1
27-JUN-78 09:27
SCOPE HANDLER ROUTINE
4397
4398
4399
4400
4401
4402
4403
4404
4405
4406
4407
4408
4409
4410
4411
4412
4413
4414
4415
4416
4417
4418
4419
4420
4421
4422
4423
4424
4425
4426
4427
4428
4429
4430
4431
4432
4433
4434
4435
4436

443;
4438
4439
4440
4441
4442
4443
4444
4445
4446
4447
4448
4449
4450
4451
4452

035166
035172
035176
035200
035206
035210
035214
035216
035222
035230
035232
035240
035246
035252
035260
035264
035270
035274
035302
035310
035314
035316

105J37
005037
000415
032777
001011
005737
001406
005237
023737
002024
012737
013737
105237
113-31
011637
011637
005037
112737
013777
013716
00000.
000200

SERFLG
CLRB
CLR
STIMES
BR
IS
3S:
BIT
NBITll,.SWR
BNE
IS
TST
SPASS
BEQ
1$
INC
SICNT
CMP
STlMES,SICNT
SOVER
8GE
IS:
MOV
HI,SICNT
MOV
SMXCNT ,STIMES
SSVLAD: INca
STSTNM
MOVB
STSTNM, STESTN
MOV
(SP) ,SLPADR
MOV
(SP) ,SLPERR
SESCAPE
CLR
MOVB
NI ,SERMAX
SOVER: MOV
STSTNM,.DISPLAY
MOV
SLPADR, (SP)
RTI
SMXCNT: 200
.S8TH ERROR HANDLER ROUTINE

143732

001234
001104
001212
000001
035316
001102
001102
001106
001110
001214
000001
001102
001106

0011 04
001104
001212
001232

001115
143632

."'"

: ZERO THE ERROR FLAG
:CLEAR THE NUMBER OF ITERATIONS TO MAKE
: ESCAPE TO THE NEXT TEST
: INHIBIT ITERATIONS?
:BR IF YES
: IF FIRST PASS OF PROGRAM
,
INHIBIT ITERATIONS
: INCREMENT ITERATION COUNT
: CHECK THE NUMBER OF ITERATIONS MADE
: BR I F MORE ITERATION REQUIRED
: REINITIALIZE THE ITERATION COUNTER
: SET NUMBER OF ITERl TIONS TO DO
: COUNT TEST NUMBERS
: SET TEST NUMBER IN APT MAl LBOX
: SAVE SCOPE LOOP ADDRESS
: SAVE ERROR ~QOP ADDRESS
:CLEAR THE ESCAPE FROM ERROR ADDRESS
:ONLY ALLOW ONE( 1) ERROR ON NEXT TEST
: DISPLAY TEST NUMBER
: FUDGE RETURN ADDRESS

; FIXES PS
:MAX. NUMBER OF ITERATIONS

....................... ........................................... .

;;
"'
:.THIS ROUTINE ~ILL INCREMENT THE ERROR FLAG AND THE ERROR COUNT,
: _SAVE THE ERROR ITEM NUMBER AND THE ADDHEss OF THE ERROR CALL
: -AND GO TO ERRTYP ON ERROR
:.THE SWITCH OPTIONS PROVIDED BY THIS ROUTINE ARE:
;.'":'115=1

HALT ON ERROR

: osW13-1
: .51111 0.1
:-SW09*1

INHIBIT ERROR TYPEOUTS
BELL ON ERROR
LOOP ON ERROR

;.CALL

:'
035320
035320
035322
035326
035332
035336
035342
035346
035352
035360
035364
035366
035374
035402
035404
035410
035414
035420
035426
035434

ERROR

;; EAAOR-EMT AND N.ERROR ITEM NUMBER

'EAAOR:
104410
010037
010137
010237
010337
010437
010537
113737
105237
001775
013777
032777
001402
104401
005237
011637
162737
117737
032777

001162
001164
001166
001170
001172
001174
001102
001103
001102
002000
001216
001112
001116
000002
143464
020000

001352
7$:
143546
143536
1$:
001116
001114
143476

CKSWR
MOV
MOV
MOV
MOV
MOV
MOV
MOVB
INCB
BEQ
MOV
BIT
BEQ
TYPE
INC
MOV
SUB
MOVB
BIT

AO,SREGO
Rl,$REGl
R2,$REG2
R3,SREG3
R4,SREG4
R5,SREGS
STsTNM, TESTNO
SERFLG
7S
STSTNM,.DISPLAY
NBIT10,.SWA

IS
,SBELL
SERTTL
(SP) ,SERRPC
'2,SERRPC
.,ERRPC,$ITEMB
UIT13,.SWR

CFKTHSO PDP 11/34 MEM MGNT DIAG MACY11 30A(10S2)
27-JUN-7B 09:33
CFKTHB. Pll
27-JUN-78 09:27
ERROR HANDLER AOUTINE
4453
4454
4455
4456
4457
445B
4459
4460
4461
4462
4463
4464
4465
4466
4467
4468
4469
4470
4471
44;2
4473
4474
4475
4476
4477
4478
4479
4480
4401
4482
44B3
4484
4485
44B6
4487
4488
4489
4490
4491
449:(
4493
4494
4495
4496
4497
4498
4499
4500
4501
4502
4503
4504
4505
4506
4507
4508

SEQ 0092

4$:

001103
001212
004000

PAGf 93

035442
035444
035450
035454
035454
035462
035464
035472
035476
035477
035500
035502
035506
035510
035512
035514
035522
035524
035530
035534
035536
035542
035542
035550
035552
035554
035554

001004
004737
104401

035556
001223

022737
001001
000000

000001

001248

001114
040110

035478
215:
22S:
2S:

143432

001000

143416

001110
001214

4':

001214
034780

3S:

$':
000042

: : STRIP AND SAVE THE ERROR ITEM CODE
; :SKIP TYPEOUT IF SET

PAGE 94

BNE
JsR
TYPE

20S
PC,ERRTYP
. SCRLF

: :sKIP TYPEOUTS
: : GO TO USER ERROR ROUTI NE

CMPB
BNE
MOVB
JSR
.BYTE
.BYTE
BR
TsT
BPL
HALT
CKSWR
BIT
BEQ
MOV
TST
BEQ
MOV

IAPTENV ,SENV
2$
SITEMB,21S
PC,SATY4

: : RUNNING IN APT MOOE
: : NO, sK I: APT ERROR REPORT
::sET ITEM NUMBER AS ERROR NUMBER
;:REPORT FATAL ERROR TO APT

22S
.SWR
3$

: : APT ERROR LOOP
: : HALT ON ERROR
::SKIP IF CONTINUE

'BIT09,.SWR
4S
SLPERR, (SP)
$ESCAPE
5$
SESCAPE, (SP)

: : TEST FOR CHANGE IN SOFT-S~R
: : LOOP ON ERROR SWITCH SET?
;:BR IF NO
: : FUDGE RETURN FOR LOOPING
: : CHECK FOR AN ESCAPE ADDRESS
: :BR IF NONE
: : FUDGE RETURN ADDRESS FOA ESCAPE

CMP
BNE
HALT

NSENDAO ,.'42
6S

20S:
122737
001007
113737
004737
000
000
000777
005777
100002
000000
104410
032777
00 1402
013716
005737
001402
013716

: :TEsT FOR CHANGE IN SOFT-SWR
: SAVE THE CONTENTS OF RO
: SAVE THE CONTENTS OF Rl
: SAllE THE CONTENTS OF R2
: SAVE THE CONTENTS OF A3
: SAVE THE CONTENTS OF R4
: SAVE THE CONTENTS OF R5
: SAVE THE TEST NUMBER
: : SET THE ERROR FLAG
: : DON'T LET THE FLAG GO TO ZERO
: : DISPLAY TEST NUMBER AND ERROR FLAG
: : BELL ON ERROR?
: :NO - SKIP
: : RING BELL
: : COUNT THE NUMBER OF ERRORS
: : GET ADDRESS OF ERROR INSTRUCTION

o
o

; jHALT ON ERROR!

: : ACT-II AUTO-ACCEPT?
: : BRANCH IF NO
: :YES

6$:

000002

.SBTH

RTI
: : RETURN
ERROR MESSAGE TYPEOUT ROUTINE

; ; .......................................................................* ••
;.THIS ROUTINE USES THE 'ITEM CONTROL BYTE' (SITEMB) TO DETERMINE WHICH
:.ERROR IS TO BE AEPORTED. IT THEN OBTAINS, FROM THE 'ERROR TABLE' (SERRTI),
:.AND REPORTS THE APPROPRIATE INFORMATION CONCERNING THE ERROR.

: 'NOTES:
:")
THIS ROUTINE PROVIDES AN AUTOMATIC "CARRIAGE RETURN-LINE FEED'

FOR itEM" f "OHM f AND "OT".

;'2)
:'3)

TWO SPACES ARE TYPED Afl'ER EACH NUMBER FOR 'DT'
FOR SITEMB-O, JUST THE ERROR PC IS TYPED
THE AVAILABLE FORMATS FOR TYPING DATA A.E:
OF
FORMAT
0
TYPE A 6 DIGIT OCTAL NUMBER (FROM 16-BIT BINARY)
1
TYPE A DECIMAL NUMBER WITHOUT LEADING ZEROS
2
TYPE A 16 DIGIT BINARY NUMBER
3
TYPE A 6 DIGIT OCTAL NUMBER (FROM IB-BIT BINARY)

;'4)
:'
:'
;.
:'
:'

:'
ERRTYP:

035556
035556
035562
035564
035566
035572

104401
010046
005000
153700

035574

013746

001223
001114

001~04

001 I 16

TYPE
MOV
CLR
BISB
BNE

, SCRLF
RO,-(SP)
AO
'''ITEMB,RO
IS

MOV

URRPC,-(SP)

'CARRIAGE RETURN" & 'LINE FEEO'
SAVE RO
PICKUP THE ITEM INDEX
I F ITEM NUMBER IS ZERO, JUST
TYPE THE PC OF THE ERROR
: SAVE SERRPC FOR TYPEOUT
: EAROR ADDRESS

SEQ 0013

CFKTHBO PDP 11/34 MEM MONT DIAG MACYH 30A( 1052) 27-~UN-7B 09:33 PAGE 95
ERRDR MESSAGE TYPEDUT ROUTINE
27-~U~-7B 09:27
Cr-KTHB. Pll
4509
4510
4511

4512
4513
4514

4515
4516
4517
4518
45'9
4520
452'
4522
4523
4524
4525
4526
4527
4S~8

4529
4530
4531
4532
4533
4534
4535
4536
4537
453B
4539
4540
454,
4542
4543
4544
4545
4546
4547
4548
4549
4550
455,
4552
4553
4554
4555
4556
4557
455B
4559
4560
4561
4562
4563
4564

TYPDC
SR
DEC
ASL
ASL
ASL
ADD
MDV
BEQ
TYPE
• WORD
TYPE
MOV
BEQ
TYPE
.WORD
TYPE
MOV
MOV
BEQ
MDV
TSTB
SNE

SEQ 00'4

;GD T1PE--OCTAL ASCIl(ALL DIGITS)
GET DUT
AD~UST THE INDEX SO THAT IT WILL
WDRK FOR THE ERRDR TABLE

035600
035602
035604
035606
035610
035612
035614
035620
035624
035626
035630
035632
035636
035642
035644
035646
035650
035654
035656
035660
035662
035664
035666

104402
000471
005300
006300
006300
006300
062700
012037
001404
104401
000000
,04401
0'2037
00'404
,04401
000000
'04401
0'0'46
0'2001
00'44,
0'2000
,057,0
00,003

035670
035672
035674

0'3'46
104402
000425

035676
035702
035704
035706
0357'0

12,027
00'003
0'3146
104.05
0004,7

00000,

035712
035716
035720
035722
035724

12,027
00'003
0'3'46
104406
000411

000002

8$:

035726
035730
035734
035740
035744
035746

0'2146
004737
062716
0'2637
'04401
000000

0411a2
000005
035746

;oTHIS CDDE IS r',JR OCTAL (lB-BIT) FDRMAT (DF·3)
; PUT ADDRESS OF fiRST LoC. DN STACK
9$:
MoV
(R' )+,-(SP)
; CONVERT TWO LDCS. TO AN ASClI STRING
PC,$DB2o
~SR
; ONLY NEED 6 CHARACTERS NOT II
ADD
'5,(SP)
;PUT ADDRESS OF ASClI CHARS. AT ,0$
(SP)+, ,os
MoV
;TYPE DCTAL VALUE DF lB-BIT BINARY NO.
TYPE
0
10~ :
• WORD

035750
035752
035754
035760
035762

005711
001404
'04401
,05720
000740

I"
001412
035630
2$:
001223
035646

3S:
4S:

001223
5$:

as:

13S
RO
RO
RO
RO
ISERRTB,RO
(RO)+,2S
3'
0
,SCRLF
(RO)+,4$
5$
0
,SCRLF
Rl,-(SP)
(RO)+,Rl
125
(RO)+,RO
(RO)
7$

;FDRM TABLE PDINTER
;PICKUP "ERROR MESSAGE" PDINTER
;SKIP TYPEDUT IF NO POINTER
;TYPE THE "ERROR MESSAGE"
;" ERROR MESSAGE" POINTER GOES HERE
; "CARRIAGE RETURN" " "LINE FEED"
;PICKUP "DATA HEADER" POINTER
;SKIP TYPEOUT IF 0
; TYPE THE "DATA HEADER"
; "DATA HEADER" POINTER GOES HERE
; "CARRIAGE RETURN" " "LINE FEED'
;SAVE R'
;PICKUP "DATA TABLE" PDINTER
;BR IF NO DATA TO BE TYPED
; PICKUP "DATA FORMAT' PDINTER
; IS IT FORMAT O?
;BR IF NO

;oTHIS CODE IS FOR DCTAL ('6-BIT) FORMAT (DF'O)
; ; SAVE P( R')+ FOR TYPEOUT
P(R' )+,-(SP)
MDV
; ;GO TYPE--OCTAL ASClI(ALL DIGITS)
TYPDC
liS
SR
;oTHIS CODE IS FDR DECIMAL FORMAT (DF.')
; IS IT FORMAT ,?
CMPB
(RO),II
7.:
;BRANCH IF NO
8S
BNE
; ;SAVE P(Rl)+ FOR TYPEOUT
MDV
P(R' )+,-(SP)
; ;GD TYPE--DECIMAL ASClI WITH SIGN
TYPDS
BR
HS
;oTHIS CODE IS FDR BINARY FDRMAT (DF.2)
; IS IT FORMAT 2?
CMPB
(RO),n
; BRANCH IF ND
BNE
9S
;;SAVE P(Rl)+ FOR TYPEOUT
P(R' )+,-(SP)
MOV
; .GO TVPE--sn';'RY ASClI
TYPBN
11$
BR

,,$'
035776

TST
BEQ
TYPE
TSTa

(RI)
,2$
,,4'
(RO)+
8$

; IS THERE ANOTHER NUMBER?
;BR IF NO
;TYPE TWo(2) SPACES
; PDINT TO NEW 'DATA FORMAT'
; LOOP

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYlt 30A(1052)
27-~UN-7B 09:33 PAG~ 96
CFIITHB.Pl1
27-~UN-78 09:27
ERROR MESSAGE TYPEOUT ROUTINE
4565
4566
4567
4568
4569
4570
457,
4572

035764
035766
035770
035774
035776

012601
0'2600
104401
000207
020040
036002

12$:
001223
000

,3':

14$'

MDV
MDV
TYPE
RTS
.ASCIZ
.EVEN

(SP)+,R'
(SP)+,RO
,$CRLF
PC

RESTORE Rl
RESTORE RO
"CARRIAGE RETURN" "
RETURN
TWo(2) SPACES

SEQ 0095

'LINE FEED'

CFKTH80 PDP 11/34 MEM MGNT DUG MACY" 30A( 1052) 27-JUN-78 09'33 PAGE 97
CFKTHB.Pll
27-~UN-7B 09'27
•••••
SUBROUTINES USED BY THIS PROGRAM
4573
4574
4575
4576
4577
4578
4579
4580
4581
4582
4583
4584
4585
4586
4587
4588
4589
4590
4591
4592
4593
4594
4595
4596
4597
4598
4599
4600
4601
4602
4603
4604
4605
4606
4607
4608
4609
4610
4611
4612
4613
4614
4615
4616
4617
4618
4619
4620
4621
4622
4623
4624
4625
4626
4627
4628

• SBTTL

036022
036026
036032
036034

042716
012746
000006
000207

177776

............................... ...............................

;.
;.
;.
;.

THIS SUBROUTINE IS USED TO TURN ~FF THE TRACE TRAP BIT IN THE PSW
IF IT IS ON.
THE PROCESSOR STATUS 15 SAVEO IN 'TBlTPS' SO THAT
THE PSW CAN 8E RESTORED TO ITS PREVIOUS CONDITION WHEN CONOITIONS
WARRANT T-BIT TRAPPING.

177778
001372
000020
038034
IS.

;.
;.

036036
036044
036046
036052
036060
036064
036066

033727
001410
013746
012737
012746
000006
000207

001372

000020

001372
000340
036066

001372
1$.

;.
;;

036070
036074
036100
036104
036106
036112
036116
036122

012702
012701
012721
077203
01,702
012701
012721
077203

000010
172300
177777
000010
172340
177777

BIC
MOV
RTT
RTS

NTBIT, (SP)
#lS,-(SP)
PC

; IS THE T-BIT SET IN THE PSW?
;EXIT IF NO
; PUSH PRESENT PSW ON THE STACK
; ALSO SAVE IT IN 'TBITPS' FOR
;RESTORING LATER
;CLEAR THE T-BIT (BIT 4) IN THE PSW
;PUSH PC OF 'RTS" ON STACK
; "RETURN' TO 1$ WITH T-BIT OFF
;RETURN TO PROGRAM

TURN ON T-BIT AND RESTORE PREVIOUS PSW

THIS SUBROUTINE IS USED TO RESTORE THE PROCESSOR STATUS TO ITS
PREVIOUS CONDITION BY RESTORING THE 'T-BIT PSW' SAVED BY THE
'TOFF' SUBROUTINE IN THE 'TBITPS' LOCATION.

BIT
BEQ
MOV
MOV
MOV
RTT
RTS

TBITPS,NTBIT
1$
TBITPS,-(SP)
1340, TBITPS
N1S,-(SP)
PC

;WAS T-BIT ON IN THE PREVIOUS PSW?
;EXIT IF NO
; PUSH PREVIOUS PSW ON THE STACK
;RESET THE "TBITPS' LOCATION
; PUSH PC OF "RTS" ON STACK
; "RETURN' TO 1$ WITH T-BIT RESTORED
; RETURN TO PROGRAM

...............................................................

.SBTTL
;;
;.
;.
;.
;.
;.

PSW,ITBIT
1$
PSW,-(SP)
(SP), TBITPS

.................................................................

TON:

BIT
BEQ
MOV
MOV

................................................................

.SBTTL
;;

;.
;.
;.
;;

,,"'

...............................................................

TOFF'

000020

•••••

TURN OFF T-BIT AND SAVE CURRENT PSII

;.
;;
033727
001411
013746
011637

SEQ 0098

•••••

SUBROUTINES USED 8Y THIS PROGRAM

.SBTTL

;;
;.

036002
036010
036012
036016

......

SET ALL IIIRITEABLE BITS ,N ALL PAR/PDR'S

THIS SUBROUTINE IS USED BY THE PAR/PDR DUAL ADDRESSING TEST
TO SET ALL WRITEABLE BITS IN ALL KERNEL ANO USE PAR'S AND
PDR'S TO A 1.
THE "INITIAL STATE' OF HAVING ALL BITS_I IS
USEO TO SEE THAT ONLY ONE REGISTER IS CLEARED IN RESPONSE TO
A SINGLE PAR OR PDR ADDRESS.

...............................................................

SETREG. MOV
MOV
IS'
MOV
SOB
MOV
MOV
2S:
MOV
SOB

"O,R2
IKIPDRO,RI
'-I,(Rl )+
R2,1S
110,R2
'KIPARO,RI
'-I,(RI)+

R2.2S

; LOAD LOOP COUNTER WITH AN 8
; LOAD ADDRESS OF FIRST PDR INTO RI
; SET BITS IN KERNEL PDR TO 1
; LOOP TO 1 $ UNTI L ALL KERNEL PDR' S LOADED
; LOAD LOOP COUNTER WITH AN 8
; LOAD ADDRESS DF FIAST PAR INTO AI
;SET BITS IN A KERNEL PAR TO I
; LOOP TO 2$ UNTIL A~L KERNEL PAR'S LOADED

27-~UN-78
09.33 PAGE 9B
CFKTHBO PDP 11/34 MEM MGNT DUG MACYII 30A(1052)
CFKTHB. Pll
27-~U~-78 09: 27
SET ALL WRITEABLE BITS IN ALL PAR/PDR'S

4629
4630
4631
4632
4633
4634
4635
4636
4637
463B
4639
4640
4641
4642
4643
4644
4645
4646
4647

036124
036130
036134
036140
036142
036146
036152
036156
036160

012702
012701
012721
077203
012702
012701
012721
077203
000207

000010
177600
177777

3S'

000010
177640
177777

4$.

4649
4650
4651
4652
4653
4654
4655
4656
4657
4658
4659
4660
4661
4662
4663
4664
4665
4666
4667
4668
4669
4670
4571
4672
4673
4674
4675
4676
4677
4678
4679
4680
4681
4682
4683
4684

172300
000010
077416

036212
036216
036220
036224
036230
036234
036236
036240
036242
036244
036246

062;01
077411
012701
012704
012705
011102
020205
001403
020100
001401
104016

000002

036250
036254
036256
036262
036266
036272
036274
036276
036300

062701
077411
012701
012704
012705
011102
020205
001403
020100

8
INTO RI
1
PDR' 5 LOADED
8
INTO Rl
1
PAA 'S LOADED

READ

;
;

THIS SUBROUTINE IS USED BY PAR/PDR DUAL ADDRESSING TEST TO
READ ALL THE PAR' 5 AND PDR' S TO SEE THAT ONLY ONE REGISTER
WAS CLEARED IN RESPONSE TO A SINGLE PAR OR PDR ADDRESS.
ANY FAILURES FOUNO BY THE PAR/PDR DUAL AODRESSING TEST WILL
BE REPORTEO BY THIS SUBP.OUTINE.

;.
;.
;;
012701
012704
012705
011102
020205
001403
020100
001401
104016

SeQ 00117

; LOAD LOOP COUNTER WITH AN
; LOAO ADDRESS OF FIRST PDR
; SET BITS IN A USER PDR TO
;LOOP TO 3$ UNTIL ALL USER
; LOAD LOOP COUNTER WITH AN
; LOAD ADDRESS OF FIRST PAR
; SET BITS IN A USER PAR TO
; LOOP TO 4$ UNTI L A LL USER
; RETURN TO TEST

a
.................................................................

;.
;.

036162
036162
036166
036172
036176
036200
036202
03.6204
036206
036210

#10,R2
'UIPDRO,RI
I-I, (R\)+
R2,3$
Nl0,R2
'UIPARO,Rl
'-I,(R\)+
R2,4$
PC

.S8TTL

;;
;.

46~8

MOV
MOV
MOV
SOB
MOV
MOV
MOV
SOB
RTS

COMPARE KERNEL & USER PAR/PDR' S

.................................. ............ ................
"''''

'''

CMPREG'

IS:

2S'

172340
000010
007777
3S:

000002

4$.

177600
000010
077418

5$.

MOV
MOV
MOV
MOV
CMP
BEQ
CMP
BEQ
ERROR

NKIPDRO,Rl
MlO,R4
N77416,R5
(Rl),R2
R2,R5
2$
Rl,RO
2$
16

ADD
SOB
MOV
MOV
MOV
MOV
CMP
BEQ
CMP
BEQ
ERROR

N2,Rl
R4,1$
NKIPARO,RI
WlO,R4
N7777,R5
(Rl),R2
R2,R5
4$
Rl,RO
4$
,6

ADD
SOB
MOV
MOV
MOV
MOV
CMP
BEQ
CMP

N2,Rl
R4,3$
NUIPDRO,RI
#10,R4
177416,AS
(R\),R2
R2,R5
6$
Rl,RO

LOAD ADDRESS OF FIRST KERNEL PDR IN AI
LOAD LOOP COUNTER WITH AN 8
PUT EXPECTED PDR CONTENTS IN R5
READ A KERNEL PDR INTO R2
ARE ALL WRlTEABI.E BITS SET AL EXPECTED?
BRANCH I F yES
WAS IT THE REG. THAT WAS CLEARED?
BRANCH I F YES
A PDR IIIAS EFFECTED BY CLEARING A DIFFERENT PAR/PDR
FOR TIGHTER SCOPE LOOP
REPLACE ERROR CALL WITH
AN "RTS PC" • 000207
FORM NEXT KERNEL PDR ADDRESS
LOOP TO 1$ UNTIL ALL KERNEL PDR'S CHECKED
LOAD ADDRESS OF FIRST KERNEL PAR IN Rl
LOAD LOOP COUNTER WITH AN 8
PUT EXPECTED PAR CONTENTS IN R5
READ A KERNEL PAR INTO R2
ARE ALL WRITEABLE BITS SET AS EXPECTED?
BRMICH IF VES
WAS IT THE REG. THAT WAS CLEARED?
BRANCH I F YES
A PAR WAS EFFECTED BY CLEARING A DIFFENENT PAR/PDR
FOR TIGHTER SCOPE LOOP
REPLAcr ERROR CALL WITH
AN ·'RTS PC" • 000207
FORM NEXT KERNEL PAR ADDRESS
LOOP TO 3$ UNTl L ALL KERNEL PAR'S CHECKED
LOAD ADDRESS OF FIRST USER PDA IN Rl
LOAD LOOP COUNTER WITH AN B
PUT EXPECT EO PDR CONTENTS IN RS
READ A USER POR INTO R2
ARE ALL WRITABLE BITS SET AS EXPECTED?
BRANCH IF YES
WAS IT THE REG. THAT WAS CLEARED?

CFKTHBO PDP 11/34 MEM MGNT DIAO MACYl1 30"'(1052)
27-JUN-7B 09:33
PAG~ 99
UK THB. P11
27-JUN-78 09: 27
READ a COMPARE KERNEL & USER PAR/PDR' S

4685
4686
4687
4688
4689
4690
4691
4692
4693
4694
4695
4696
4697
4698
4699
4700
470,
4702
4703
4704
4705
4"106
4707
4708
4709

036302
036304

001401
104016

036306
036312
036314
036320
036324
036330
036332
036334
036336
036340
036342

062701
077411
012701
012704
012705
011102
020205
001403
020·00
001401
104016

000002

036344
036350
036352

062701
017411
000207

000002

6S
16

; BRANCH I F YES
; A PDR WAS EFFECTED BY CLEARING A DIFFERENT PAR/PDR
; FOR TIGHTER SCOPE LOOP
; REPLACE EPROR CALL WITH

ADO
SOB
MOV
MOV
MOV
MOV
CMP
BEQ
CMP
BEQ
ERROR

n,Rl
R4,5$
NUIPARO,Rl
" 0,R4
#7777, RS
(R1),R2
R2,R5
BS
Rl,RO
BS
16

; FORM NEXT USER PDR ADDRESS
; LOOP TO 5$ UNT I L ALL USER PDR' S C.HECKED
; LOAD ADDRESS OF FIRST USER PAR IN Rl
; LOAD LOOP COUNTER WITH AN B
; PUT EXPECTED PAR CONTENTS IN R5
; READ A USER PAR INTO R2
;ARE ALL WRITEABLE BITS SET AS EXPECTED?
; 6RANCH I F YES
;WAS IT THE REG. THAT WAS CLEARED?
; BRANCH I F YES
;A PAR WAS EFFECTED BY CLEARING A DIFFERENT PAR/PDR
; FOR TIGHTER SCOPE LOOP
; REPLACE ERROR CALL WITH

8$:

ADD
SOB
RTS

'2,Rl
R4,7$
PC

; FORM NEXT USER PAR ADDRESS
; LOOP TC 7$ UNTI L ALL USER PAR'S CHECKED
; RETURN TO TEST

.SBTTL

CONVERT

'IRTUAL ADDRESS TO PHYSICAL ADDRESS

iAN IORTS PC"

65:

177640
000010
007777
7$:

iAN uRTS PC rI

= 000207

= 000:207

; ; ......... * ............................ * ..... "' .. * .. * .... * ... * "'* ** .. "'* ..... "' ....... "''''*.

4710
4711

;'
;'
;.
;.
;.
;.
;'
;.
;'
;.

4712

4713
4714

4715
4716
4717
4718
4"119
4720
4721
4722
4723
4724
4725
4"126
4727
4728
4729
4730
4731
4732
4733
4734
4735
4736
4737
4738
4739
4740

SEQ 0098

6EQ
ERROR

;*
;

THIS SUBROUTINE IS USEO TO FORM AN 1 B-BIT PHYSICAL ADDRESS
(PBA) FROM THE 16-BIT VIRTUAL ADDRESS (V6A) AND THE APPROPRIATE
PAGE ADDRESS REGISTER (PAR).
THE SAME METHOD USED BY THE MEMORY
MANAGEMENT LOGIC IS USED.
VBA < 15: 1 3> SELECTS WH ICH PARiPDR
IS TO BE USED, VBA <5:0>+PBA <5:0>, AND VBA <12:6> IS ADDED
TO PAR <11:00> TO GIVE PBA <17:6>.
BITS <17:16> OF THE
PHYSICAL ADDRESS ARf. LEFT IN LOC. "PBAHI" AND BITS <15:00>
ARE LEFT IN LOC. "PBALO II •
THE PSW·S "CURRENT MODEll BITS
ARE USED TO SELECT THE KERNEL OR USER PAR/PDR' S.
THE ROUTINE
IS ENTERED WITH LOC. 'VIRT1" CONTAINING THE 16-BIT VIRTUAL
AODRESS.

; ; •••• "'''' •••••••••••••• ''' ................... *.** ** ** •• * ............... .
036354
036360
036366
036370
036374
036400
036404
036410
036412
036414
036416
036424
036432
036436
036442
036446

012702
032737
001402
012702
013700
072027
042700
060002
011200
010002
013737
042737
072227
042702
072027
042700

172340
140000

177178

117640
001402
177764
177761

001402
160000
177766
177774
000006
000077

001406
00140r.

FORMP": MOV
BIT
6EQ
MOV
1$:
MOV
ASH
BIC
ADD
MOV
MOV
MOV
BIC
ASH
BIC
ASH
BIC

NKIPARO,R2
',40000, PSW
1$
NUIPARO, R2
VIRll,RO
1-14,RO
"17761,RO
RO,R2
(R2), RO
RO,R2
VIRT1, PBAlO
N160000,PBAlO
N-12,R2
N117?74,R2
HS,RO
n7,RO

; LOAD ADDRESS Of FIRST KERNEL PAR IN R2
; IN USER MODE?
j BRANCH I F NO
; LOAD ADDRESS OF FIRST USER PAR IN R2
; LOAD VIRTUAL ADDR. (VBA) INTO RO
;GET 6ITS <15:13> DOWN TO BITS <3:1>
;MASK OF ALL BITS BUT BITS <3:1>
; ADD OFFSET TO 6ASE PAR ADDRESS
;GET BITS <11 :00> FROM APPROPRIATE PAR
;COPY PAR BITS <11:00> INTO R2
;PUT VIRTUAL ADDR. IN LOC. "PBALO'
;CLEAR OFF BITS <15:13> OF ORIGINAL VBA
;GET PAR <11:00> OOWN TO BITS <1 :0> OF A2
;CLEAR OFF ALL BITS BUT BITS <1 :0>
;SHIFT PAR<9:0> TO <15:S> OF RO
;CLEAR BITS <5:0> OF RO

CFKTHBO POP 11/34 MEM MGNT DIAG MACV11 300\(1052)
27-JUN-78 09:33 PAGE 100
CFKTHB.Pll
27-JUN-76 09:27
CONVERT VIRTUAL ADDRESS TO PHYSICAL ADDRESS
4741
4742
4743
4744
4745
4746

036452

060037

001406

ADO

RO,PBALD

036456
036460
036464

005502
010237
000207

001410

ADC
MOV
RTS

R2
;.2,PBAHI
PC

IN EFFECT, ADO VBA<12:0> TO PAR<9:0>
(PAR<9:0> IN BITS <15:6> OF RO)
ADD ANY CARRY TO R2
PUT BITS <17:16> OF PHYSICAL ADDR. IN PBAHI
RETURN TO PROGRAM

SEQ 0099

CI'KTHBO PDP 11/34 MEM MGNT DIAG MACV 11 30A ( 1052)
27-JUN-78
CFKTHB.Pll
27-,JUN-7B 09:27
TTY INPUT ROUTINE
4747
4748
4749
4750
4751
4752
475,3
4754
4755
4756
4757
4758
4759
4760
4761
4762
4763
4'/64
4765
47eC,

4767
4768
4769
4770
4771
4772
4773
4774
4775
4776
4177
4778
4779
4780
4781
4182
4783
4784
4785
4786
4187
4788
4799
4790
4791
4792
4793
4794
4795
4796
4797
4798
4799
4800
4801
4802

.S6TH

4816

4817
4818
4819
4820
4821
4822
4823
4824
4825
4826
4827
4828
4829
4830
4831
4832
4833
4834
4835
4836
4837
4838
4839
4840
4841
4842
4843
4B44
4845
4846
4847
484B
4849
4850
4851
4852
4853
4854
4855
4856
485?
485B

PAGE 101
SEQ 0100

TTY INPUT ROUTINE

; ; '" "' ••• * '" ."''''*''' ..... "' ' . . ' ' ••••••••••• '" '" '" .............. *'" "' ... '" •••••• "'*"'* ..... .
• ENABL

LS8

* "' .... *.*

*. "' •••••••••••••••••••

; i '" '" ................... "' •••••••••• '" ••
;-SOFTWARE SWITCH REGISTER CHANGE ROUTINE.
;'RDUTINE IS ENTERED FROM THE TRAP HANDLER, ANO WILL
; <SERVICE THE TEST FOR CHANGE IN SOFTWARE SWITCH REGISTER TRAP CUL
;'WHEN OPERATING IN TTY FLAG MODE.
SCKSWR: CMP
NSWREG,SWR
;; IS THE SOFT-SWR SELECTED?
BNE
15$
; ; BRANCH I F NO
TSTB
@I$TKS
; ; CHAR THERE?
BP L
ISS
; ; I F NO, DON'T WA IT AROUNO
MOV8
;>STK8,-(SP)
;; SAVE THE CHAR
BIC
rC177,(SP)
;;STRIP-OFF THE ASCII
CMP
(SP)+
;; IS IT A Cq~TROL G?
BNE
15$
; ;NO, RETURN TO USER
CMPB
SAUTOB,'I
; ;ARE WE RUNNING IN AUTO-MOOE?
8EQ
ISS
; ; BRANCH I F YES

036466
036474
036476
036502
036504
036510
036514
036520
03,·522
03G530

022737
001114
105777
100111
117746
042716
022726
001102
1237:27

036532
036536
036542
036546
036550
036554
036556
036560
036564

104401
104401
013746
104402
104401
005046
005046
105777
100375

037430
037435
000176

035566
036572

117746
042716

142354
177600

MOV8
BIC

036576

021627

000003

CMP
BNE
TYPE
ADD
CMP8
BNE
MOV
JMP

,SCNHC
N6,SP
SINTAG, "
8S
Nl00,P$lKS
CNTRLC

CMP
BNE
TYpE
ADD
8R

(SP),N25
10$
,SCNHU
H6,SP
19$

;;YES, ECHO CONTROL-U (-U)
, ; IGNORE PREVIOUS INPUT
, ; LET'S TRY IT AGAIN

CMP
BNE
TST
BEO
MOV

(SP) ,H15
16$
4(SP)
11$
2(SP) ,foSWR

; ; IS IT A <CR>?
; ;BRANCH IF NO
; ; YES. I S IT THE FIRST CHAR?
;, BRANCH IF YES
, ,SAVE NEW SWR

000176

001140

142442
142436
177600
000007
001134

000001

C01476

TYPE
SGTSWR: TYPE
MOV
TYPOC
TYPE
19S:
CLR
CLR
75'
TSTB
BPL

037446

142360

036602

001015

036604
036610
036614
036622
036624
036632

104401
062706
123727
001003
012777
000137

037416
000006
001135

036630
036642
036644
036650
036654

021627
001005
104401
062706
000737

000025

95:

037423
000006

20$:

036656
036662
036664
036670
036672

021627
001022
005766
001403
016677

000015

10$:

000100
037460

000001
142312
8S:

000004
000002

142240

,SCNHG
, SMSWR
SWREG.-(SP)
, $MNEW
-(SP)
-(SP)
@I$TKS
7$

,;ECHO THE CONTROL-G (-G)
, ; TYPE CURRENT CONTENTS
; ; SAVE SWREG FOR TYPEOUT
; ;GO TVPE--OCTAL ASCIl(ALL DIGITS)
, ; PROMPT FOR NEW SWR
; ;CLEAR COUNTER
i i THE NEW SWR
i ;CHAR THERE?
;; IF NOT TRY AGAIN

PSTK8,-(SP)
rC177, (SP)

i : PICK UP CHAR
,;MAKE IT 7-8IT ASCII

(SP) ,H3

;;15 IT A CONTROL-C?
i i BRANCH 1 F NOT
,;YES. ECHO CONTROL-C (-C)
i i CLEAN U9 SlACK
, ; REENABLE TTY KEYBOARD INTERRUPTS?
; ;BRANCH IF NO
; ; ALLOw TTY KEYBOARD INTERRUPTS
i i CONTROL-C RESTART

27-JUN-78
CFKTHBO PDP 11/34 MEM MGNT CIAG MACYll 30A( 1 052)
TTY INPUT ROUTINE
27-JUN-7B 09: 27
CFI(THB. Pl1
4803
4B04
4005
4806
4007
4808
4809
4810
4811
4012
4813
4814
4815

09: 33

0:l6700
036704
036710
036716
036720
036726
036730
036734
036740
036742
036746
036750
036754
036760
036762
036764
036766
036770
036774
037000
037002
037006

062706
104401
123727
001003
012777
000002
004737
021627
002420
021627
003015
042726
005766
001 ,J3
006316
006316
006316
005266
056616
000667
104401
000720

11$:
145:

000006
001223
001135

000001

000100

142216
ISS:
16S:

040022
000060
000067
000060
000002

000002
177?76

17$:

001222

18$:
.OSABL

ADD
TYPE
CMPB
BNE
MOV
RTI
JsR
CMP
BLT
CMP
BGT
BIC
TsT
BEQ
ASL
ASL
ASL
INC
BIS
BR
TYPE
BR
LSB

09'33

;; IS IT A CONTROL-U?
j ; BRANer'

PAG~

N6,SP
, SCRLF
SINTAG,Hl
15$
#100,.$TKS
PC, STYPEC
(SP),#60
lBS
(SP) ,H67
18$
#60, (SP)+
2(SP)
17$
(SP)
(SP)
(SP)
2(SP)
-2(SP), (SP)
7$
, SOUES
20$

I F NOT

102
SEQ 0101
;CLEAR UP STACK

; ECHO <CR> AND <LF>
; RE-ENABLE TTY KBD INTERRUPTS?
; BRANCH I F NOT
; RE-ENABLE TTY K8D INTERRUPTS
; RETURN
; ECHO CHAR
;CHAR < 01
; BRANCH IF YES
;CHAR > 7?
; BRANCH IF YES
;sTRIP-OFF ASCII
;15 THIS THE FIRST CHAR
: BRANCH I F YES
iNO, SHIFT PRESENT
CHAR OVER TO MAKE
ROOM FOR NEW ONE.
; KEEP COUNT OF CHAR
; SET IN NEW CHAR
:GET THE NEXT ONE

; TYPE '?<CR><Lf>
:SIMULATE CONTROL-U

; ; • • • • • • • • • • • • • • • • • • • • • • "' . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ;t: • • • • • • • • "' • • • • •

,,..
,-

,.THIS ROUTINE WILL INPUT A SINGLE CHARACTER FROM THE TTY
; ·CALL:
, ; INPUT A SINGLE CHARACTER FROM THE
RDCHR
,;CHARACTER IS ON THE STACK
RETURN HERE
i ;WITH PARITY BIT STRIPPED OFF

037010
037012
037020
037024
037026
037034
037042
037050
037052
037056
037060
037064
037070
037074
037076
037100
037106
037110
037116
037120
037126

011646
016666
105777
100375
117766
042766
026627
001013
105777
100375
117746
042716
022627
001366
000750
026627
002407
026627
003003
042766
000002

000004
142120

000002

142114
177600
000004

000004
000004
000023

142066
142062
177600
000021

000004

000140

000004

000175

000040

000004

SRDCHR: MOV
MeV
1$:
TSTB
BPL
MOVB
BIC
CMP
BNE
2S:
TSTB
BPL
MOV8
8IC
CMP
BNE
8R
CMP
3S:
BLT
CMP
BGT
BIC
45:
RTI

(SP),-(SP)
4(SP) ,2(SP)
P$TKS
1$
IIISTK8,4(SP)
rC<I77>,4(SP)
4(SP) ,H23
3$
@lSTKS
25
.5TKB,-(SP)
#"CI77,(SP)
(SP)+, H21
2$
1$
4(SP) ,"40
4$
4(SP) ,H175
4$
#40,4(SP)

;: PUSH DOWN THE PC

; iSAVE THE PS
i :WAIT FOR
: ; A CHARACTER
i ; READ THE TTY
; ;GET RID OF JUNK IF ANY
::15 IT A CONTROL-57
i i BRANCH I F NO
i ,WAIT FOR A CHARACTER
::LOOP UNTIL ITS THERE
; :GET CHARACTER
i JMAKE IT 7-BIT ASCII
,: IS IT A CONTROL-Q?
:; IF NOT DISCARD IT
: : YES. RESUME
, : IS IT UPPER CASE?
i i BRANCH I F YES
;: IS IT A SPECIAL CHAR?
;; 8RANCH IF YES
: : MAKE IT UPPER CASE
, ,GO BACK TO USER

; ; ••••••••••••••••••••••••••••••••••• "' •• "' .................... *••••

,.THIS ROUTINE WILL INPUT A STRING FROM THE TTY

TTY

CFKTH80 PDP 11(34 MEM MGNT DiAG MACYll 30A(1052)
27-JUN-7B
CFKTHB.Pl1
27-JUN-78 09:27
TTY INPUT ROUTINE

41160
4B61
4862
4863
4864
4865
4B66
4867
4068
4869
4070
4871
4872
4873
4874
4875
48'/6
4377

4878
4879
4BBO
48Bl
4882
4883
4884
4R85
4B86
4B87
4B88
4889
4890
4891
4992
4993
4894
4895
4896
4897
4898
4899
4900
4901
4902
4903
4904
4905
4906
4907
4908
4909
4910
4911
4912
4913
4914

;.CALL:
;.
ROLIN
;
RETURN

4fJS9

;
037130
037132
037134
037140
037144

037 146
037150
037152
037156
037160
037164

037166
037170

OJ7174
037200
037202
037204
037206
037214
037220
037224
037226
037232
037234
037240
037244
037246
037250
037252
037260
037264
037266
037272

010346
005046
012703
022703
101467
104411
11 261 3
122713
00 I 006
104401

005726
012603
000137
122713
001022
005716
001007
112737
104401
012716
005303
020327
103434
111337

104401
000735
005716
00 I 406
112737
104401
005016
122713
00 I 003

037408
037416

000003
037416

037460
000177

000134
037404
177777

037404

037406
037404
037404

000134
037404

037404

000025

037274

104401

037423

037300
03 7 302
037306
037310
037312
037316
037322
037324
037330
037332
037336
037342
037346
037350
037354
037360
037362

000715
122713
001011

000022

105013

104401
104401

001223
037406

000706
104401

001222

000701
111337

104401
122723
001274

105"63
104401
005726
012603

037404
037404
000015
177777
001224

SRDLIN: MOV
CLR
15:
MOV
2$1
CMP
BLOS
ROCHR
MOVB
CMPB
BNE
TYPE
TST
MOV
JMP
10$:
CMPB
BNE
TST
8NE
MOVB
TYPE
MOV
6$:
DEC
CMP
BLO
MOVB
TYPE
BR
5$:
TST
BEQ
MOVB
TYPE
CLR
75:
CMPB
SNE
TYPE
BR
BS:
CMPB
BNE
CLRB
TYPE
TYPE
BR
TYPE
4$:
SR
3S:
MOVB
TYPE
CMPB
BNE
CLR8
TYPE
TST
MOV

4934

037364
037366
037374
037402
037404
037405
037406
037416
037423
037430
037435
037442
037446
037454

0110346
016366
012766
000002
000
000
000010
041536
136
043536
015
036440
020040
020075
037460

000004
037406

000002
000004
9$:

005015
006525
005015
051412
000040
042516
000

000
000012
000
051127

STTYIN
SCNTLC
SCNTLU
SCNTLG
SM5WR:

020127

SMNEW:

PAGE 103

SEQ 0102
; INPUT A STRING FROM THE TTY
;ADDRESS OF FIRST CHARACTER WiLL BE ON THE STACK
;TERMINATOR WILL BE A BYTE OF ALL D'S

H~RE

R3,-(SP)
-(SP)
NSTTYIN,R3
NSTTYIN+8. ,R3
4$

i ;SAVE R....
; ;CLEAR THE RUBOUT KEY
; ;GET ADDRESS
i :BUFFER FULL?
; JSR IF YES
; ;GO READ ONE CHARACTER FROM THE TTY
i iGET CHARACTER
;;15 IT A CONTROL-C?

(SP)+, (R3)
#3, (R3)
10$
,SCNTLC
(SP)+
(SP)+, R3
CNTRLC
NI77,(R3)
5$
(SP)
6S
NI\,9$
,9$
#-1, (SP)
R3
R3,N$TTYIN
4$
(R3) ,9$
,9$
2$
(5P)
7$
II I \,95
,9$
(SP)
N25,(R3)
BS
,SCNTLU

; ;BRANCH IF NO
;;TYPE A CONTROL-C (OC)
; ;CLEAN RUBOUT KEY OFF OF THE STACK
; ; RESTORE R3
; ;GOTO CONTROL-C RESTART
;; IS IT A RUBOUT
II BR I F NO
;; IS THIS THE FIRST RUBOUT?
; ; SR I F NO
; ; TYPE A BACK SLASH
; ; SET THE RUBOUT KEY
; ; BACKUP BY ONE
i ;STACK EMPTY?
;iSR IF YES
; ;SETUP TO TYPEOUT THE DELETED CHAR,
i ;GO TYPE
; ; GO READ ANOTHER CHAR.
; ; RUBOUT KEY SET?

; ; SR I F NO
; ; TYPE A BACK SLASH

; i C LEAR THE RUBCUT KEY
;; IS CHARACTER A CTRL U?
; ; BR I F NO
; ; TYPE A CONTROL "U'
; iGO START OVER
;; IS CHARACTER A "-R"?
i ; BRANCH 1 F NO
; ; C LEAR THE CHARACTER
;;TYPE A "CR" & "LF"
;;TYPE THE INPUT STRING
; ;GO PICKUP ANOTHER CHACTER
i ;TYPE A I?
; ;CLEAR THE BUFFER AND LOOP
; ; ECHO THE CHARACTER

IS
N22,(R3)
3$
(R3)
,$CRLF
,$TTYIN
25
, SQUES

1$
(R3) ,9$
,9$
#15, (R3)+
2$
-1 (R3)
.$LF
(SP)+
(SP)+,R3

CFKTHBO PUP 11(34 MEM MGNT DIAG MAC.l1 30A( 1052)
27-JUN-78
CFKTHB. Pl1
27-JUN-78 09: 27
TTY INPUT ROUTINE
4915
4916
4917
4918
4919
4920
4921
4922
4923
4924
4q25
4926
4927
492B
4929
4930
4931
4932
4933

09:33

; ;CHECK FOR RETURN
; j LOOP 1 F NOT RETURN
; ;CLEAR RETURN (THE 15)
i ; TYPE A LINE FEED
; ;CLEAN RUBOUT KEY FROM THE STACK
; ; RESTORE R3

PAGE 104

(SP) ,-(5P)
4(5P) ,2(SP)
NSTTYlN,4(SP)

; :AOJUST THE STACK AND PUT ADDRESS OF THE
FIRST ASC II CHARACTER ON IT

; ; STORAGE FOR ASCII CHAR.

• ASCIZ
.ASCIZ
.ASCIZ

0
0
B•
/"C/<15><12>
/"U/<15><12>
/"G/<15><12>
<15><12>/SWR

.ASCIZ

MOV
MOV
MOV
RT!
.BYTE
.BYTE
• BLKB

.ASCIZ

; ; RETURN

TO TYPE
i JTERMINATOR
i ; RESERVE B BYTES FOR TTY INPUT
i ;CONTROL "e"
i iCONTROl 'U'
: :CONTROL "G'

NEW· /

.EVEN

.SBTTL

CONTROL-C SERVICING ROUTINE

;

THE FOLLOWING CODE IS EXECUTED WHEN A CONTROL-t HAS
BEEN TYPED INSTEAD OF A NEW SWITCH RFG. VALUE.

SEQ 0103

CFKTHBO PDP 11/34 MEM MGNT DUG MACYll 30A(10S2)
27-JUN-78 09:33
PAG~ 105
CFKTHS. Pl1
27-uUN-7S 09:27
CONTROL-C SERVICING ROUTINE
4935
4936
4937
4938
4939
4940
4941
4942
4943
4944
4945
4946
4947
4948
4949
4950
4351
4952
4953
4~54

4955
4956
4957
4958
4959
4960
4961
4962
4963
4964
4965
4966
4967
496B
4969
4970
4971
4972
4973
4974
4975
4976
4977
4978
4979
4980
4981
4982
4983
4984
4985
4986
4987
4988
4989
4990

I.
I'
;"
037460
037466
037472
037476
037504
037510
037512
037516
037522
037524
037526
037532
037534
037537
037544
0375'52
037560
037566
037567
037574
037602

0'3737
005237
104401
113737
013746
104402
104401
013746

001234
001210
037537
0011 02
037532

001210
037532

037534
001210

104 ;·')5

104407
000137
000000
020040
112
043516
04710!:J

050055
012
124
020117
047123

034554
000
046525
052040
026504
051501

044520
020117
043117
006523

051505
050040
006517

047124
051501
000012

CNTRLC' MOV
INC
TYPE
MOVB
MOV
TYPOC
TYPE
MOV
TYPOS
GTSWR
JMP
IS:
.WORD
.ASCIZ
2$'
.... SCII
eIlSG'

• ASCIl

.SBTTL

SPASS .STMPS
STMPS
.CMSG
STSTNM,I$
lS,-(SP)

;GET THE VALUE OF "SPASS'
; FORM CURRENT PASS NO.
I TYPE THE TEST STOPS MESSAGE
; SAVE THE TEST NUMBER
I ;SAVE 1$ FOR TYPEOUT
; ;GO TYPE--OCTAL ASCII (ALL DIGITS)
,2$
; TYPE 2 SPACES
STMP5,-(SP)
; ; SAVE STMP5 FOR TYPEOUT
; ;GO TYPE--OECIMAL ASCII WITH SIGN
; ASK FOR NEW SWR VALUE
SEOP+2
;CONTINUE AT 5EOP+2
; BUFFER FOR TEST NUMBER
; TWO SPACES AND THE STOP MESSAGE
/ /
/JUMPING TO END-OF-PASS/<15><12>

'TESTNO

PASSNO/<15><12>

.EVEN
TYPE ROUTINE

; ;(. .................. *................... ** ................................ .
;-ROUTINE TO TYPE ASCIl MESSAGE. MESSAGE MUST TERMINATE WITH A 0 BYTE.
; _THE ROUTINE \Ill LL INSERT A NUMBER OF NULL CHARACTERS AFTER A LINE FEED.
;>NOTE':
SNULL CONTAINS THE CHARACTER TO BE USe,D AS THE FILLER CHARACTER.
;>NOTE2'
SFILLS CONTAINS THE NUMBER OF FILLER C,HARACTERS REQUIRED.
;>NOTE3:
SFILLC CONTAINS THE CHARACTER TO FILL AFTER.

;.
; .CALL:
;.,) USING A TRAP INSTRUCTION
;.
TYPE
,MESADR

; ;MESADR IS FIRST ADDRESS OF AN "SCIZ STRING

i_OR
i"

;*
;.
037610
037614
037616
037620
037622
037624
037630
037636
037640
037646
037650
037654

105737
100002
000000
000430
010046
017600
122737
001011
132737
001405
010037
004737

001157

STYPE'

IS'
000002
000001

001246

000100

001247

037660
040100

TYPE
MESADR
TSTB
BPL
HALT
BR
MOV
MOV
CMPB
6NE
BlTB
BEQ
MOV
JSR

$TPFLG
IS

; ; I S THERE A TERMINAL?
;;BR IF YES
; ;HALT HERE IF NO TERMINAL
3S
; ; LEAVE
RO,-(SP)
; ;SAVE RO
1!12(SP), RO
I ;GET ADDRESS OF ASCll STRING
NAPTENV , SENV
; ; RUNNING IN APT MODE
62$
; ; NO. GO CHECK FOR APT CONSOLE
NAPTSPOOL, $ENVM ; ; SPOOL MESSAGE TO APT
62S
; ; NO, GO CHECK FOR CONSOLE
RO,61S
; ; SETUP MESSAGE ADDRESS FOR APT
PC,SATY3
; ; SPOOL MESSAGE TO APT

27-JUN-78
CFKTHBO POP 11/34 MEM MGNT DUG MACY11 30A( 1052)
TYPE ROUTINE
27-JUN-7B 09:27
CFKTHB.Pll
4991
4992
4993
4g94
4995
4996
4997
499B
4999
5000
5001
5002
5003
5004
5005
5006
5007
5008
5009
5010
5011
5012
5013
5014
5015
5016
5017
50lB
5019
5020
5021
5022
5023
5024
5025
5026
5027
5028
5029
5030
5031
5032
5033
5034
5035
5036
5037
5038
5039
5040
5041
5042
5043
5044
5045
5046

SEQ 0104

(IN OTHER WORDS, AFTER A CONTROL-G WAS TYPED).
A NEW SWITCH REG. VALUE WILL 8E ASKEO FOR.
THE TEST NUM8ER AND PASS NUMBER WILL BE TYPED.
AND THEN THE PROGRAM WILL GO TO 'END-OF-PASS' AND CONTINUE

0:37660
037662
037670
037672
037574
037676
037700
037702
037706
03771 0
037714
037716
037722
037724
037726
037730
037732
037736
037740
037744
037750
037752

000000
132737
00 I 003
112046
001005
005726
012600
062716
000002
122716
001430
122716
00 I 006
005726
104401
001223
105037
000755
004737
123726
001350
013746

037756
037762
037764
037770
037774

105366
002770
004737
105337
000770

000040

001247

61S'
62$'
2S:

000002

60S'
3S'

000011

4$'

000200

040068
5$:
6$'

040022
001158
001154

09'33

PAGE 106
SEQ 0105

.WORD
BITB
BNE
MOVB
BNE
TST
MOV
ADO
RTI
CMPB
BEQ
CMP8
BNE
TST
TYPE
SCRLF
CLRB
BR
JSR
CMPB
BNE
MOV

0
NAPTCSUP,SENVM
60$
,RO)+,-(SP)
45
(SP)+
(SP)+,RO
N2, (SP)

;MESSAGE ADDRESS
; APT CONSOLE SUPPRESSED
;YES.SKIP TYPE OUT
; PUSH CHARACTER TO BE TYPED ONTO STACK
; SR IF IT ISN'T THE TERMINATOR
; IF TER.·.INATOR POP IT OFF THE STACK
; RESTORE RO
;AOJUST RETURN PC

HHT.(SP)
BS
NCRLF, (SP)
5$
(SP)+

;BRANCH

$CHARCNT
2$
PC,STYPEC
$FILLC, (SP)+
2$
SNULL,-(SP)

; ;GO TYPE THIS CHARACTER
;;IS IT TIME FOR FILLER CHARS.?
;; IF NO GO GET NEXT CHAR.
; ;GEl N OF FI LLER CHARS. NEEDED

DECB
BLT
JSR
OECB
BR

1 (SP)
65
PC,STYPEC
$CHARCNT
7$

; ; DOES A NULL NEED TO BE TYPED?
; ;BR IF NO--GO POP THE NULL OFF OF STACK
; ;GO TYPE A NULL
;;00 NOT COUNT AS A COUNT
;; LOOP

; RETURN

<HT>

; ; BRANCH IF NOT <CRLF>
i ;POP <CR><LF> EQUIV
; ;TYPE A CR ANO LF
; ;CLEAR CHARACTER COUNT

; ;GET NEXT CHARACTER

;jAND THE NULL CHAR.

000001

7$'

040022
040066

;HORIZDNTAL TAB PROCESSOR
037776
040002
040006
040014
040016
040020
040022
04002~

040030
040036
040044
040046
040052
040054
040062
040064
040066
040070

" 2716
004737
132737
001372
005726
000724
105777
100375
116677
122766
001003
105037
000406
122766
001402
105227
000000
000207

000040
040022
000007

141122
000002
000015

141114
000002

040066
000012

MOVB
JSR
BlTB
SNE
TST
BR
STYPEC' TSTB
BPL
MOVB
CMPB
BNE
CLR8
BR
CMPB
1$'
BEQ
INCB
SCHARCNT: • WORD
STYPEX' RTS
8S'
9S'

040068

000002

.SBTTL

;;
040072
040' 00
040106

112737
112737
000403

000001
000001

040336
040334

N' , (SP)
PC,STYPEC
N7 ,SCHARCNT
9$
(SP)+
2$
I!I$TPS
STYPEC
2(SP) ,I!ISTPB
NCR.2(SP)
IS
SCHARCNT
STYPEX
NLF,2(SP)
STYPEX
(PC)+
0
PC

; ;REPLACE TAB WITH SPACE
i i TYPE A SPACE
;; BRANCH I F NOT AT
;;TAB STOP
; ; pap SPACE OFF STACK
; ;GET NEXT CHARACTER
;;WAIT UNTIL PRINTER IS READY
; ; LOAD CHAR TO 3C TYPED INTO OAT ... REG.
;; IS CHARACTER A CARRIAGE RETURN?
; ;BRANCH IF NO
; ; YES--C LEAR CHARACTER COUNT
; ;EXIT
;; IS CHARACTER A LINE FEED?
; j BRANCH

I F YES

; ; COUNT THE CHARACTER
; ; CHARACTER COUNT STORAGE

APT COMMUNICAT IONS ROUTINE

..................... "'" ........................... "' ..................

SATVI ,
SATY3'

MOVB
MOVB
BR

" ,SFFLG
Nl,SMFLG
SATYC

; ;TO REPORT FATAL ERROR
; ; TO TY PE A MESSAGE

CFKTHBO PDP 11 134 MEM MGNT DUG MACYl1 30A( 1052)
27-uUN-7B 09:33
CFKTHB.P11
27-uUN-7S 09: 27
APT COMMUNICATIONS ROUTINE

5047
504B
5049
5050
5051
5052
5053
5054
5055
5056
5057
505S
5059
5060
5061

50~2

50 3
50$4
50$5

50~6

50 7
50$B
5069
5070
5071
5012
5073
5074
507S
5076
5077
507B
5079
50BO
50Bl
50B2
50B3
50B4
SOBS
50B6
50B7
50BB
50B9
5090
5091
5092
5093
5094
5095
5096
5097
509B
5099
5100
5101

040110

112737

000001

$ATY4:
SATYC:

040336

040116

040116
040120
040122
040126
040130
040136
040140
040146
040150
040154
040162
040166
040170
040174
040176
040200
010204
040206
040212
040220
040222
040230
040236
040242
040246
040250
040250
040254
040256
040262
040264
040270
040272
040300
040306
040312
040316
040322
040326
040330
040332
040334
040335
040336

010046
010146
105737
001450
122737
001031
132737
001425
017600
062766
005737
001375
010037
105720
001376
163700
006200
0: 0037
01F37
000413
017637
062766
013746
004737
000000
105737
001416
005737
001413
005737
001"75
017637
062766
005237
105037
105037
105037
012601
012600
000207
000
000
000
040340
000200
000001
000100
000040

040334
000001

001246

000100

001247

000004
000002
001226

000001
1$1

001242
2S:
001242
001244
000004
000004
000002
177776
037610

001226
040246
000004

35'

4$:
5$:
lOS:

040336

SEQ 0106

MOVB

Hl,SFFLG

;; TO ONLY REPORT FATAL ERROR

MOV
MOV
TSTB
BEQ
CMPS
SNE
BITS
SEQ
MOV
ADD
TST
SNE
MOV
TSTB
BNE
SUB
ASR
MOV
MOV
BR
MOV
ADD
MOV
uSR
.WORD

RO,-(SP)
Rl,-(SP)
SMFLG
55
NAPTENV, SENV
3$
HAPTSPOOL,SENVM
3$
t'4(SP) ,RO
#2, 4( SP)
SMSGTYPE
1$
RO ,SMSGAD
(RO)+
2$
SMSGAD, RO
RO
RO,SMSGLGT
#4, SMSGTYPE
5$
P4(SP) ,4$
H2,4(SP)
177776,-(SP)
PC,$TYPE
0

i i PUSH RO ON STACK
i ;PUSH R1 ON STACK
; ; SHOULD TYPE A MESSAGE?
i; IF NOT:
SR
; ;OPERATING UNDER APT?
;; IF NOT:
SR
; ; SHOULD SPOOL MESSAGES?
i j IF NOT:
SR
; ; GET MESSAGE ADDR.
: ; BUMP RETURN ADDR.
; ; SEE I F DONE WI LAST XMISSION?
j ; I F NOT:
WAIT
; ; PUT ADDR IN MAl LBOX
; ; F I NO ENO OF MESSAGE
; ; SUB 5T ART OF MESSAGE
; ; GET MESSAGE LNGTH IN WORDS
; ;PUT LENGTH IN MAILBOX
;;TELL APT TO TAKE MSG.
; ; PUT MSG AODR IN uSR LINKAGE
; ; BUMP RETURN ADDRESS
; ; PUSH 177776 ON ST ACK
; ; CALL TYPE MACRO

TSTB
$FFLG
; ; SHOULD REPORT FATAL ERROR?
12$
;; IF NOT:
BEQ
8R
TST
$ENV
;; RUNN [NG UNDER APT?
12$
;; IF NOT:
BEQ
BR
11$:
TST
SMSGTVPE
; i FINISHED LAST MESSAGE?
11$
BNE
;; IF NOT:
WA[T
MOV
P4(SP) ,SFATAL
: ; GET ERROR /I
N2,4(SP)
ADD
; ;BUMP RETURN ADDR.
INC
$MSGTYPE
; ;TELL APT TO TAKE ERROR
12$:
CLRB
$FFLG
; ;CLEAR FATAL FLAG
CLRB
SLFLG
; ;CLEAR LOG FLAG
CLRB
$MFLG
; ; CLEAR MESSAGE FLAG
MOV
(SP)+,Rl
i i POP STACK iNTO R1
MOV
(SP)+,RO
;;POP STACK INTO RO
RTS
PC
; i RETURN
$MFLG:
• BYTE
J
;;MESSG. FLAG
$LFLG:
.BYTE
0
;; LOG FLAG
$FFLG:
.BYTE
0
; ;FATAl 'LAG
.EVEN
APTSIZe=200
APTENV=OO1
AP • .;POOL·l00
APTCSUP=040
• SBTTL BINARY TO ASCI I AND TYPE ROUTINE

001246
001226
000004
000002
001226
040336
040335
040334

PAGE 107

001230
000004

;; .................................. * ••••• *** ................ ** ••••••
;.THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TD A 16-BIT
; .BINARY-ASCII NUMBER AND TYPE IT.

5102

CFKTHBO PDP 11/34 MEM MGNT DUG MACVl1 30A(1052)
27-uUN-7B 09:33 PAGf lOB
CFKTHB.PI1
27-uUN-7B 09:27
BINARY TO ASCII AND TYPE ROUTINE
5103
5104
5105
5106
5107
SlOB
5109
5110
5111
5112
5113
5114
5115
5116
5117
511B
5119
5120
5121
5122
5123
5124
5125
5126
5127
512B
5129
5130
5131
5132
5133
5134
5135
5136
5137
513B
5139
5140
5141
5142
5143
5144
5145
5146
5147
5148
5149
5150
5151
5152
5153
5154
5155
5156
5157
515B

MOV
TYPBN
040340
040342
040346
040350
040356
040360
040362
040366
040372
040374
040376
040400
040406
040410
040412

010146
016601
000261
112737
006101
001406
105537
104401
000241
000-55
012601
016666
012616
000002
000

000006
000060

040412

040412
040412

000002

000004

000

NUMBER,-(SP)

SEQ 0107

; ; NUMBER TO BE TYPED
; ;TYPE IT

Rl,-(SP)
STYPBN: MOV
;;SAVE Rl ON THE STACK
MOV
6(SP) ,Rl
i ; GET THE INPUT NUMBER
SEC
;; SET "c" SO CAN KEEP TRACK OF THE NUMBER OF BITS
1$:
MOVB
lI'O,$8IN
; ;SET CHARACTER TO AN ASCII 110".
ROL
Rl
; ;GET THIS BIT
2$
BEQ
i ; DONE?
ADCB
; ; NO--SET THE CHARACTER EQUAL TO THIS BIT
5BIN
TYPE
,$BIN
; ;GO TYPE THIS BIT
CLC
; ;CLEAR "C" SO CAN KEEP TRACK OF eITS
BR
1$
; ;GO DO THE NEXT BIT
25:
MOV
(SP)+,Rl
;; POP THE STACK INTO Rl
MOV
2(SP) ,4(SP)
;;ADuUST THE STACK
MOV
(SP)+,(SP)
RTI
; ; RETURN TO USER
SBIN:
.eYTE
0,0
; ;STORAGE FOR ASCII CHAR. AND TERMINATOR
.seTTL BINARY TO OCTAL (ASCII) AND TYPE
; ; • • • • • • • • • oil • • • • • • • " • • • • • • "' • • • •

*. *. ** ...... "'.** "' •• "' ' ••••••• *••• *"' ••

;-THIS ROUTINE IS US EO TO CHANGE A 18-B[T B[NARY NUMBER TO A 6-DIGIT
;.OCTAL (ASCII) HUMBER AND TYPE IT.
I*STVPOS---ENTER HERE TO SETUP SUPPRESS ZEROS AND NUMBER OF DIGITS TO TYPE

...
...
..

: "'CALL:
;
;
;
;
;
;

MOV
TYPOS
• BYTE
• BYTE

NUM,-(SP)

N
M

; ;NUMBER TO BE TYPEO
; ;CALL FOR TYPEOUT
; ;N.l TO 6 FOR NUMBER OF DIGITS TO TYPE
: ;M=1 OR 0
;; I.TYPE LEADING ZEROS
;; O.SUPPRESS LEADING ZEROS

; :STYPON----ENTER HERE TO TYPE OUT WITH THE SAME PARAMETERS AS THE LAST
; -STYPDS OR STYPOC
i .CALL:
;.
MOV
NUM,-(SP)
; ; NUMBER TO BE TYPED
;
TYPON
; ;CALL FOR TYPEOUT

;

;.STYPOC---ENTER HERE FOR TYPEOUT OF A 16 BIT NUMBER

040414
040420
040426
040432
040436
040440
040446
040454
040462
040464
040466
040470

017646
116637
112637
062716
000406
112737
112737
112737
010346
010446
010546
113704

000000
000001
040641
000002
000001
000006
000005

040641

040637

040637
040641
04063F.

;"'CALL:
;
MOV
;.
TYPOC

NUM,-(SP)

STYPOS: MOV
MOVB
MOVB
ADD
BR
STYPOC: MOVB
MOVB
STYPON: MOVB
MOV
MOV
MOV
MOVB

P(SP) ,-(SP)
1 (SP) ,SOFILL
(SP)+,$OMODE+l
#2, (SP)
$TYPON
Hl,SOFILL
H6, SOMODE+l
N5,SOCNT
R3,-(SP)
R4,-(SP)
R5,-(SP)
SOMODE+l ,R4

; ; NUMBER TO BE TYPED
; ;CALL FOR TYPEOUT
PICKUP THE MODE
LOAD ZERO FILL SWITCH
NUMBER OF DIGITS TO TYPE
ADJUST RETURN ADORESS
SET THE
SET FOR
SET THE
SAVE R3
SAVE R4
SAVE R5
GET THE

ZERO FI LL SWITCH
SIX(6) DIGITS
ITERATION COUNT

NUMBER OF DIGITS TO TYPE

CFKTHao PDP 11/34 MEM MGNT DIAG MACYll 30A(1052)
27-~UN-7a
09:33 PAGE 109
CFKTHB.PII
27-~UN-78 09:27
BINARY TO OCTAL (ASCII) AND TYPE
5159
5160
5161
5162
5163
5164
5165
5166
5167
516B
5169

5170
5171
5172
5173
5174
5175
5176
5117
5178
5179
5180
5181
5182
5183
51a4
5185
5186
5187
5188
51a9
5190
5191
5192
5193
5194
5195
5196
5197
5198
5199
5200
5201
5202
5203
5204
5205
5206
5207
5208
5209
5210
5211
5212
5213
5214

0·10474
0010476
040502
040506
040512
040516
040520
040522
040524
040526
040530
040532
040534
040536
040542
040544
040550
040552
040554
040556
040560
040554
040570
040574
040600
040604
040606
040610
040612
040614
040616
040620
040622
040630
040632
040634
040635
040636
040637
040640

005404
062704
110437
113704
0' 6505
005003
006105
000404
006105
006105
006105
010503
006103
105337
100016
042703
001002
005704
001403
005204
052703
052703
110337
104401
105337
003347
002402
005204
000744
012605
012604
012603
016666
012616
000002
000
000
000
000
000000

000006
040640
040637
000012

040640
177770

000060
000040
040634
040634
04063B

NEG
ADO
MOVB
Move
MOV
CLR
1$:
ROL
aR
2S:
ROL
ROL
ROL
MOV
ROL
OECB
BPL
aiC
aNE
TST
aEQ
4$:
INC
BIS
55:
BIS
MOVB
TYPE
7$:
OECB
BGT
BLT
INC
BR
MOV
MOV
MOV
MOV
MOV
RTI
8S:
.BYTE
• BYTE
SOCNT:
• BYTE
SOFILL: .BYTE
SOMODE: .WORD
.SBTTL CONVERT

as:

000002

000004

R4
NS,R4
R4,$DMODE
~OFIlL,A4

12(SP),RB
R3
R5
3$
RS
RS
RS
RS,R3
R3
SOMODE
7$
NI77770,R3
4S
R4

R4
# 'O,R3

'"
,R3
R3,as
,as
SoCHT
2$
6$
R4
25
(SP)+,R5
(SP)+,R4
(SP)+,R3
2(SP) ,4(SP)
(sP)+, (SP)

o
o
o
o
o

SEQ 0108

1 SUBTRACT IT FOR MAX. ALLOWED

1SAVE IT FOR USE
1GET THE ZERO F ILL SWITCH
1 PICKUP THE INPUT NUMBER
lCLEAR :HE OUTPUT WORD
lROTATE MSB INTO ·C"
lGO DO MSB
; FORM THIS DIGIT

;;GET LS8 OF THIS DIGIT
; ; TYPE THIS DIGIT7
; ; BR IF NO
;;GET RID OF ~UNK
;;TESTFORO
; ; SUPPRESS THIS 01
;;BRIFYES
i ; DON'T SUPPRESS ANYMORE 0 I 5

; ;MAKE THIS DIGIT ASCII
; ;MA1(E ASCII IF NOT ALREADY
;; SAVE FOR TYPING
; ;GO TYPE THIS DIGIT

;;COUNT BY 1
; ; BR I F MORE TO DO
; ; ~R I F DONE
; ; INSURE LAST DIGIT ISN'T A BLANK
; ; GO 00 THE LAST DIGIT
; ; RESTORE R5
; ; RESTORE R4
; ; RESTORE R3
; ;SET THE STACK FOR RETURNING

; ; RETURN
; ; STORAGE FOR ASCII DIGIT
; ;TERMINATOR FOR TYPE ROUTINE
; ;OCTAL DIGIT COUNTER
; ;ZERO FILL SWITCH
; ; NUMSER 0:: OIC! T5 1"0 TYPE

BINARY TO DECIMAL AND TYPE ROUTINE

;; •••••• "' ••••••••• "' .................... ** ......................... .
;-THIS ROUTINE IS USED TO CHANGE A 16-BIT BINARY NUMBER TO AS-DIGIT
;-SIGNED DECIMAL (ASCII) NUMBER AND TYPE IT. DEPENDING ON WHETHER THE
;_NUMBER IS POSITIVE OR NEGATIVE A SPACE OR A MINUS SIGN WILL BE TYPED
;.BEFoRE THE FIRST DIGIT OF THE NUMBER. LEADING ZEROS WILL ALWAYS BE
;.REPLACEO WITH SPACES.

;*CAlL:

;.
;
040642
040642
040644
040646

MOV
TYPOS

NUM,-(SP)

; ; PUT THE BINARY NUMBER ON THE STACK
; ;GO TO THE ROUTINE

MOV
MOV
MDV

RO,-(SP)
RI,-(SP)
R2,-(SP)

; ; PUSH RO ON STACK
; ; PUSH Rl ON STACK
;; PUSH R2 ON STACK

$TYPOS:
010046
010146
010246

27-~UN-78
09:33 PAGE 110
CFKTHBO PDP 11/34 MEM MGNT DIAG MACYlt 30A(1052)
CONVERT BI NARY TO DEC I MAL AND TYPE ROUTINE
27-~UN-78 09:27
CFKTHB. PII

5215
5216
5217
521B
5219
5220
5221
5222
5223
5224
5225
5226
5227
522a
5229
5230
5231
5232
5233
5224
5235
5236
5237
5238
5239
5240
5241
5242
5243
5244
5245
5246
5247
524B
5249
5250
5251
5252
5253
5254
5255
5256
5257
525B
5259
5260
5261
5262
5263
5264
5265
5266
5267
526S
5269
5270

040650
040652
040654
040660
040664
040666
040670
040676
040700
040704
0407 I 0
040712
040716
040720
040722
040724
040726
040730
040732
040734
040736
040740
040742
040744
040752
040756
040762
040764
040766
040772
040774
040776
041000
041002
041004
041006
041014
041016
041020
041022
041024
041026
041030
041034
041042

04' 044
041046
041050
041052
041054
041056

010346
010546
012746
016605
100004
005406
112766
005000
012703
112723
005002
016001
160105
002402
005202
000774
060105
005702
00 I 002
105716
100407
106316
103003
116663
052702
052702
110223
005720
020027
002746
003002
010502
000764
105.26
100003
116663
105013
012605
012603
012602
012601
012600
104401
016666
012616
000002
023420

020200
000020
000055

000001

IS:

041056
000040

2$:
04104B
35:

45:

5$:
000001
000060
000040

17777'1

6S:
7$;

000010

65:
177777

177776

9S:

041058
000002

000004
SDTSL:

001750
000144
000012
000004

SDBLK:
.5STTL

;

R3,-(SP)
; : PUSH R3 ON STACK
MOV
; ; PUSH R5 ON STACK
R5,-(SP)
MOV
; ; SET BLANK SWITCH AND SIGN
H20200,-(SP)
MOV
; ; GET THE INPUT NUMBER
20(SP) ,RS
MOV
1$
; ; BR IF INPUT IS POS.
BPL
; ;MAKE THE BINARY NIJMBER PDS.
NEG
R5
; ,MAKE THE ASCII 'NUMBER NEG,
N'-,I(SP)
MOVB
; ; ZERO THE CONSTANTS INDEX
RO
CLR
; ; SETUP THE OUTPUT POINTER
NSDBLK,R3
MOV
; ;SET THE FIRST CHARACTER TO A BLANK
N' ,(R3)+
MOVB
; ;CLEAR THE BCD NUMBER
R2
CLR
; JGET THE CONSTANT
$DTBL(RO) ,Rl
MOV
; ; FORM THIS BCD DIGIT
Rl,R5
SUB
4$
i : BR I F DONE
BLT
; ; INCREASE THE BCD DIGIT BY 1
R2
INC
3$
8R
; ; ADD BACK THE CONSTANT
ADD
Rl,RS
; ; CHECK I F BCD DIGIT·O
TST
R2
;;FALL THROUGH IF 0
5$
BNE
; ; STILL DOING LEADING D'S?
(SP)
TSTB
7$
; ; BR I F YES
BMI
(SP)
; :MSO'?
ASLB
; ; BR IF NO
6$
BCC
; ; YES--SET THE SIGN
1 (SP) ,-1 (R3)
MOVB
; ;MAKE THE BCD DIGIT ASCII
BIS
II' OlA2
; ;MAKE IT A SPACE IF NOT A LREADY A DIGIT
N' ,R2
BIS
;; PUT THIS CHARACTER I N THE OUT PUT BUFFER
R2,(R3)+
Move
(RO)+
; : JUST INCREMENTING
TST
; ;CHECK THE TABLE INDEX
RO,NIO
CMP
; ;GO DO THE NEXT DIGIT
2$
SLT
; ;GO TO EXIT
as
BGT
; ;GET THE LSD
R5,R2
MOV
; ; GO CHANGE TO ASCI I
6$
SR
; ; WAS THE LSD THE FIRST NON-ZERO?
(SP)+
TsTS
; ; SR IF NO
9$
BPL
; ;YES--sET THE SIGN FOR TYPING
-1 (SP) ,-2(R3)
MOVB
; ;SET THE TERMINATOR
(R3)
CLRB
;; POP STACK INTO RS
(SP)+,RS
MOV
; ;POP STACK INTO R3
(SP)+,R3
MOV
;; POP STACK INTO R2
(SP)+,R2
MOV
;; POP STACK INTO Rl
(SP)+,Rl
MOV
;;POP STACK INTO RO
(SP)+,RO
MOV
; ;NOW TYPE THE NUMBER
TYPE
,SDILK
; ;ADJUsT THE STACK
l(SP) ,4(SP)
MoV
(SP)+,
(SP)
MOV
; ; RETUR~ TO USER
RTI
10000.
1000.
100.
10.
4
.BLKW
SAVE AND RESTORE RO-RS ROUTI NES

.. .................................... ...........................
"''''

_SAVE RO-RS
<CALL:

'''

SEQ 01011

CFKTHBO PDP 11/34 MEM MGNT DIAG MACYI1 30A(1052)
27-JUN-78 09.33
PAG~ 111
CFKTHB. Pll
27-JUN-78 09'27
SAVE AND RESTORE RO-R5 ROUTINES

SAVREG
"UPON RETURN FROM SSAVREG THE STACK WILL LOOK LIKE'

5274

,-TOP---(+16)

5275
5276
5277
5278
5279
5280
5281
5282

j . +2---(+18)
i$: +4---R5
+6---R4
;. +B---R3
; *+' Q---R2
;*+12---R1
;*+14---RO

5283
5284
5285
5286
5287

5288
5289
5290
5291
5292
5293
5294
5295
5296
5297
5298
5299
5300
5301
5302
5303
5304
5305
5306
5307
5308
5309
5310
5311
5312
5313
5314
5315
5316
5317
531B
5319
5320
5321
5322
5323
5324
5325
5326

SEQ 0110

,
,

5271
5272
5:!73

; $:

041066
041066
041070
041072
041074
041076
041100
0411 02
041106
041112
041116
041122

041124
04112'
041130
041134
041140
041144
041146
041150
041152
041154
041156

041160

SSAVREG.
010:46
010146
010246
010346
010446
010546
016646
016646
016646
016646
000002

MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
MOV
RTI

000022
000022
000022
000022

RO,-(SP)
Rl,-(SP)
R2,-(SP)
R3,-(SP)
R4,-(SP)
R5,-(SP)
22(SP) ,-(SP)
22(SP) ,-(SP)
22(SP) ,-(SP)
22(SP) ,-(SP)

,-RESTORE RO-RS
; -CALL:
RESREG
SRESREG'
MOV
(SP)+,22(SP)
MOV
(SP)+,22(SP)
MOV
(SP)+,22(SP)
MOV
(SP)+,22(SP)
MOV
(SP)+,R5
MOV
(SP)+,R4
MOV
(SP)+,R3
MOV
(SP)+,R2
MOV
(SP)+,Rl
MOV
(SP)+,RO
RTI
.SBTTL DOUBLE LENGTH BINARY TO

i ; PUSH RO
, ,PUSH Rl
, ,PUSH R2
, ,PUSHII':3
, ,PUSH 4
i ; PUSH RS
; ;SAVE PS
; ;SAVE PC

; ;SAVE PS
; ,SAVE PC

ON
ON
ON
ON
ON
ON
OF
OF
OF
OF

STACK
STACK
STACK
STACK
STACK
STACK
MAIN FLOW
MAIN now
CALL
CALL

012666
012666
012666
012665
01'2605
01260.
012603
012602
012601
012600
000002

000022
000022
000022
000022

, ,RESTORE PC OF CALL
; ; RESTORE PS OF CALL
, ,RESTORE PC OF MAIN FLOW
; i RESTORE PS OF MAIN FLOW
;:POP STACK INTO R5
;;POPSTACK INTO R4
"POP STACK INTO R3
i ;POP STACK INTO R2
" POP STACK INTO Rl
" POP STACK INTO RO
OCTAL ASCII CONVERT ROUTINE

; ;* ••••• "'** •••••••••••••••••••••••• '...............................
;_THIS ROUTINE WILL CONVERT A 32-BIT UNSIGNED BINARY NUMBER TO AN
,_UNSIGNED OCTAL ASCIZ NUMBER.
;.CALL
IPNTR,-(SP)
, ,POINTER TO LOW WORD OF BINARY NUMBER
MOV
;'
; jCALL THE ROUTINE
JSR
PC,.NSDB20
RETURN
, ,THE ADDRESS OF THE FIRST ASCIZ CHAR. 15 ON THE STACM
"

041162
041164
041170
041174
041200

SDB20.

104413
016601
012705

012704
012703

000002

041301
000014
177770

SAVREG
MOV
MOV
MOV
MOV

2(SP) ,Rl
I$OCTVL+13. ,R5
'12. ,R4
N"C7,R3

"SAVE ALL REGISTERS
, ,PICKUP THE POINTER TO LOW WORD
"POINTER TO DATA TABLE
; ,DO ELEVEN CHARACTERS

; ;MASK

27-JUN-7B 09.33 PAGE 112
CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A( 1 052)
DOUBLE LENGTH BINARY TO OCTAL ASCI I CONvERT ROUTINE
27-JUN-7B 09'27
CFKTHS. Pll
5327
532B
5329

5330
5331
5332
5333
5334
5335
5336
5337
5338
5339
5340
5341
5342
5343
5344
5345
5346
5347
534B
5349

041204
041206
041210
041212
041214
041216
041220

041222

012100
012101
005002
1102.5
010002
005304
003007
001405
005205
010566
104414
000207
006203
006001
006000
006001
006000
006001
006000
040302
062702

041224
041226
041232
041234
041236
041240
041242
041244
041246
041250
041252
041254
041256
041262

000753

041264

000018

000002

000080

MOV
MOV
CLR
1$.
Mova
MOV
DEC
BGT
BEQ
INC
MOV
RESREG
RTS
ASR
2S'
ROR
3S'
ROR
ROR
ROR
ROR
ROR
BIC
ADD
BR
$DCTVL, .ILKB

(R1)+,RO
(R1)+, Rl
R2
tl2,-(R5)
RO,R2
R4
3$
2$
R5
R5,2(SP)
PC
R3
Rl
1i0
Rl
RO
Rl
RO
R3,R2
II I O,R2
1$

14,

LOWER WORD
HIGH WORD
TERMINATOR
PUT CHARACTER IN DATA TABLE
GET THIS DIGIT
COUNT :HIS CHARACTER
SR IF NOT THE LAST DIGIT
SR IF IT IS THE LAST DIGIT
ALL DIGITS DONE-ADJUST POINTER FOR FIRST
ASCIZ CHAR. & PUT IT ON THE STACK
RESTORE ALL REGISTERS
RETURN TO USER
POSITION THE MASK FOR THE LAST DIGIT
POSIT ION THE BINARY NUMBER FOR
THE NEXT OCTAL DIGIT

MASK OUT ALL JUNK
MAKE THIS CHAR. ASCII
GO PUT IT IN THE DATA TABLE
RESERVE DATA TABLE

SEQ 0111

CFK THBa POP I I /34 MEM MGNT DIAG MACY II 30A( 1052)
27-JUN-78
CFKTHB.Pll
27-JUN-78 09'27
TRAP DECODER
S350
5351
5352
5353
5354
5355
5356
5357
535B
5359
5:160
5361
5362
5363
5364
5365
5366
5367
5368
536G
5370
5371
5372
5373
5374
5375
5376
5377
5378
5379
5380
5381
5382
5183
5384
5385
5386
5387
5388
5389
5.190
5391
5192
5393
5394
5395
5396
5397
5398
5399
5400
5401
5402
5403
5404
5405

.SBTTL

;;."

09: 33

SEO 0112

TRAP DECODER

.............................. ..............................
"'

;.THIS ROUTINE WILL PICKUP THE LOWER BYTE OF THE 'TRAP' INSTRUCTION
;.AND USE IT TO INDEX THROUGH THE TRAP TABLE FOR THE STARTING ADDRESS
;'OF THE DESIRED ROUTINE. THEN USING THE ADDRESS OBTAINED IT WI~~
; oGO TO THAT ROUTI NE.
041302
041304
041310
041312
041314
041316
041322

010046
016600
005740
111000
006300
016000
000200

041324
041326
041334

011646
016666
000002

STRAP,
000002

041336

RO,-(SP)
2(SP),RO
-(RO)
(RO) ,RO
RO
$TRPAD(RO) ,RO
RO

MOV
MOV
TST
MOVB
ASL
MOV
RTS

IITHIS IS USEitO
000004

000002

STRAP:!' MOV
MOV
RTI
.SBTTL

; ;SAVE RO
; ;GET TRAP ADDRESS
; ; BACKUP BY 2
; ;GET RIGHT BYTE OF TRAP
; ;POSITION FOR INDEXING
; ; INDEX TO TAB~E
; ; GO TO ROUTINE

HANO~E THE "GETPRI" MACRO
(SP).-(SP)
4(SP) ,2(SP)

; ; MOVE THE PC DnWN
; ; MOVE THE PSW DOWN
; ; RESTORE THE PSW

TRAP TABLE

;.THIS TABLE CONTAINS THE STARTING ADDRESSES OF THE ROUTINES CA~~ED
;'BY THE "TRAP' INSTRUCTION.
ROUTINE
STRPAD:

.WORD
STYPE
STY pac
STYPOS
STYPON
STYPOS
STYPBN

STRAP2
; ;CALL=TYPE
; ;CALl=TYPOC
; ;CALL=TYPOS
; ; CALL=TYPON
; ;CALLlI:TYPDS
; ;CALL-TYPBN

TRAP+l (104401 )
TRAP+2( 104402)
TRAP+3( 104403)
TRAP+4( 104404)
TRAP+S( 104405)
TRAP+6( 104406)

TTY TYPEOUT ROUTINE
TYPE OCTAL NUMBER (WITH LEADING ZEROS)
TYPE OCTAL NUMBER (NO LEADING ZEROS)
TYPE OCTAL NUMBER (AS PER LAST CAL~)
TYPE DECIMAL NUMBER (WITH SIGN)
TYPE BINARY (ASC II) NUMBER

036536

$GTSWR

; ;CALL.GTSWR

TRAP+7( 104407)

GET SOFT-SWR SETTING

036466
037010
037130
041066
041124

$CKSWR
; ;CALL'CKSWR
TRAP+l0( 104410)
$ROCHR
;;CALL-ROCHR
TRAP+l1 (104411)
; ;CA~L.RDLIN
TRAP+12(104412)
SROLIN
TRAP+13(104413)
SSAVREG ,;CALL-SAVREG
SRESREG ;; CALL=RESREG
TRAP+14 (104414)
POWER DOWN AND UP ROUTINES

041336
04' 340
041342
041344
041346
04.350
041352

041324
037610
040440
040 .... 14
040454
040642
040340

041354
041356
041360
041362
041364
041366

.SBTTL

lEST FOH CHANGE IN SUFT-5WR
TTY TYPEIN CHARACTER ROUTINE
TTY TYPEIN STRING ROUTINE
SAVE RO-RS ROUTINE
RESTORE RO-RS ROUTINE

................................. "'''' ............................

041370
041376
04. 404
041406
041410
041412
041414

012737
012737
010046
0.0.46
010246
010346
010446

041546
000340

000024
000026

;;
;POWER DOWN ROUTINE
SPIo~DN: MOV
N$lLLUP,i>NPWRVEC
MOV
N340,I'NPWRVEC+2
MOV
RO,-(SP)
MOV
Rl,-(SP)
MOV
R2,-(SP)
MOV
R3,-(SP)
MOV
R4.-(SP)

27-JUN-7B 09:33
CFKTHBO POP 11/34 MEM MGNT DUG MACYl1 30A( 1 052)
CFKTHB.Pl1
27-JUN-76 09:27
POWER DOWN AND UP ROUTINES
5406
5407
540B
5409
5410
5411
5412
5413
5414
5415
5416
5417
5410
5419
5420
5421
5422
5423
5424
5425
5426
5427
5420
5429
5430
5431
5432
5433
5434
5435
5436
5437
5438
5439
5440
5441
5442
5443
5444
5445
5446
5447

PAGE 113

041416
041420
041424
041430
041436
041440

041442
041450
041454
041460
041464
041466
041472
041474
041476
041500
04150:"
o ~ 1 504
041506
041514
041522
041524
041526
041530
04'532
041540
041544
C41546
041550
041552
041554
041562
041570
041576
041604
041612

010545
017746
010637
012737
000000
000776

012737
013706
005037
Q05237
00L75
012677
0: 2605
012604
012603
0.2602
012601
012600
012737
012737
104401
041554
012716
020000
042766
005037
000002
000000
OQ0776
000000
006412
051105
052514
051040
052122
006412
041616

137514
041552
041442

00002~

MOV
MOV
MOV
MDV
HALT
BR

PAG~

; : SET FO~ FAST UP
; PRIO:7
; PUSH RO ON STACK
; PUSH Rl ON STACK
; PUSH R2 ON STACK
;PUSH R3 ON STACK
;PUSH R4 ON STACK

114
5EO 0113

R5,-(SP)
; JPUSH RS ON STACK
i>SWR,-(SP)
;: PUSH i>SII/R ON STACK
SP,$SAVR6
; ;SAVE SP
HSPWRUP, i>HPWRVEC ; ;SET uP VECTOR

.-2

; ;HANG UP

...............................................................

041546
041552
041552
041552

00002~

137446

041370
000340

00002'1
000026

000020
035032

000002

050040
043040
042522
051505
047111
000

053517
044501
026440
040524
020107

;;
; POWER UP ROUTINE
SPWRUP; MOV
#$1 LLUP ,i>NPWRVEC : ; SET FOR FAST OOWN
MOV
; GET SP
SSAVR6,SP
; WA IT LOOP FOR THE TTY
CLR
SSAVR6
1$:
INC
;WAIT FOR THE INC
SSAVR6
ONE
1$
;OF WORD
MOV
(SP)+,I'SWR
; POP STACK INTO i>SII/R
MOV
(SP)+,R5
; POP STACK UHO R5
MOV
(5P)+,R4
;POP STACK INTO R4
MOV
(SP)+,R3
;POP STACK INTO R3
MDV
(SP)+,R2
;POP STACK INTO R2
MOV
(SP)+,RI
; POP STACK INTO RI
MOV
(SP)+,RO
; POP STACK INTO RO
MOV
NSPWRDN ,i>NPIoiRVEC ; ; SE T UP THE POWER DOWN VECTOR
MOV
; PRIO: 7
1340, i>N PWRVEC+2
TYPE
; REPORT THE POWER FAI LURE
SPWRMG: .WORO
;POWER FAIL MESSAGE POINTER
PWRMSG
MOV
(PC)+, (SP)
;RE5TAP" AT START
SPWRAD: .WORD
START
; RESTART ADDRESS
BIC
N20,2(SP)
;CLEAR "T" BIT
CLR
:CLEAR THE liT" BIT FLAG
STBIT
RTI
$IL~UP: HALT
; THE POWER UP SEQUENCE WAS STARTED
.-2
BR
BEFORE THE POWER DOWN WAS COMP~ETE
$SAVR6: 0
; PUT THE SP HERE
PWRM5G: .ASCIZ <12><15>1 POWER
AI~URE - RESTARTING 1<12><111>

,EVEN

27~JUN~7B
09:33 PAGE 115
CFKTHBO PDP 11/34 MEM MGNT DUG MACV11 30A( 1052)
ERROR MESSAGES, DATA HEADERS-TABLES & FORMATS
27-JUN-78 09: 27
CFKTHB. Pll

5448
5449
5450
5451
5452
5·IS3
5454
5455
5456
5457
54S8
5459
5460
5461
5462
5463

5464
5465
5466
5467
5468
5469

5470
5471
5472
5473
5474
5475
5476
5477
547B
5479
54BO
5481
5482
5483
5484
5485
5486
5487
5488
5489
5490
5491
5492
5493
5494
5495
5496
5497
5498
5499
5500
5501

5502
5503

041616
041624
041632
041640
041646
041654
041656

041664
041672
041700
041706
041714
041722
041725
041732
041740
041746
041754
041762
041764
041772
042000
042006
042014
042017
042024
042032
042040
042046
042054
042062
042070
042072
042100
042106
042114
042122
042130
042136
042137
042144
042152
042160
042166
042174
042175
042202
042210
042216
042224
042232
042240
042241
042246
042254

047125
052103
052520
020120
041517
000064
047125
052103
046505
052115
050101
047514
030065
120
052111
051524
053440
044440
000127
047515
052111
020124
020107
053523
104
042101
044523
052105
044040
041040
047440
000127
042513
051040
047101
054502
044524
042523
000
101
051117

052115
027107
042105
000
123
054522
042515
046507
043505
042515

054105
042105
052040
047524
020056
054105
042105
020056
020056
052040
027103
000
044522
020131
051440
047522
020118

.SBTTL
EMt:

ERROR MESSAGES, DATA HEADERS-TABLES" FORMATS
.ASCIZ IUNEXPECTED CPU TRAP TO LDC. 004/

EM21

.ASCIZ

IUNEXPECTED MEM. MGMT. TRAP TO LOC. 2501

051117
044502
052105
043518
051520

EM3:

.ASCIZ

IPRIORITY BITS SET WRONG IN PSWI

EM4: .

.ASCIZ

IMODE BITS SET WRONG IN PSWI

042520
041440
0405.22
046040
030060
042520
046440

043515
051124
020117
031040

042504

041040

020123

042523·

051127
047111
000
040525
051104
043516
042527
023111
052131
020108

047117
050040
020114
051505
041040
047105
047514
051505
05152"

EMS:

,ASCIZ

IDUAL ADDRESSING BETWEEN HIILO BYTES OF PSWI

047122
020066
042507
053440
043516
020122

046105
044103
020104
044522
052440
033122

EM8:

.ASCIZ

IKERNEL RB CHANGED BY WRITING USER RBI

046440
020131
020056
052040
047440

046505
043515

EM7:

.ASCIZ

IA MEMORY MGMT. REG. TIMED OUT I

042522

EMl0:

.ASCIZ

ISUMMARY OF MEM. MGMT. REG. TlMEOUTSI

EMIlI

.ASCIZ

IMEM. MGMT. REG. WOULD NDT CLEARI

046511
052125

046525

040515

047440
027115

020106

027124
020056
052517

046440
051040
044524
051524

046505
052115
027107

020058
020058
053440

~OO

115
043515
042522

CFKTHBO POP 11/34 MEM MGNT DUG MACY 11 30A( 1052) 27-JUN-7B 09:33 PAGE 118
ERROR MESSAGES, DATA HEADERS-TABLES & FORMATS
27-JUI~-78 09:27
CFKTHB.Pl1
5504
5505
5506
5507
550B
5509
5510
55; 1
5512
5513
5514
5515
5516
5517
5518
5519
5520
5521
5522
5523
5524
5525
5526
5527
5528
5529
5530
5531
5532
5533
5534
5535
5536
5537
553B
5539
5540
5541
5542
5543
5544
5545
5546

5547
554B
5549
5550
5551

5552
5553
5554
5555
5556
5557
555B
5559

042262
042270
042276
042301
042306
042314
042322
042330
042336
042344
042350
042356
042364
042372
042400
042405
042412
042420
04242£
042434
042440
042446
042454
042462
042470
042476
042504
042512
042514
042522
042530
042536
042544
042552
042556
042564
042572
042600
042606
042614
042622
042626
042634
042642
042650
042656
042664
042672
042700
042706
042714
042722
042730
042735

042742
042750

052317
052117
0511 01
115
043515
042522
052111
020124
047503
046124
051123
042506
041040
052111
050040
123

042111
051040
046101
04752:&
052504
042104
04711 I
053524
054502
043117
047440
000122
052504
042104
047111
053524
040520
023':'22
044120
042101
047506
053440
044440
047111
042117
044120
042101
047506
053440
044440
047514
046440
026527
044504
020124
042523
050040
127
051440
020116

042114
041440
000'
046505
052115
027107
020123
042523
051122
000131
020060
052103
020131
020105
053523
030522
047040
040505
020114
000123
046101
042522
020107
042505
042524
050040
020122
046101
042522
020107
042505
026522
000123
051531
051104
046522
047522
020116
027124
000105
051531
051104
046522
047522
020116
040503
042117
044502
020104
042507
020124
051104
041055
052105
047515

SEO 0114

047040

042514
020056
020056
041040
047516
020124
041505

EMI2:

.ASCIZ

IMEM. MGMT. REG. BITS NOT SET CORRECTLYI

043105
0421 O~·
051127
047524
000
042040
052117
020104
042532

EM13:

.ASCIZ

ISRO EFFECTED BY WRITE TO PSIII

EMI4:

.ASCIZ

ISRI DID NOT READ ALL ZEROS/

040440
051523
042502
020118
020123
051101
042120

EMI5:

.ASCIZ

IDUAL ADDRESSING BETWEEN BYTES OF PAR OR PDRI

040440

EMI6:

.ASCIZ

IDUAL ADDRESSING BETWEEN PAR-PDR' 51

020056
020056
042105
043518
040515
046440

EMI7:

.ASCIi

IPHYS. ADDR. FORMED WRONG IN MAINT. MODEl

020056
020056
042105
043516

EM20:

.ASCIZ

IPHYS. ADDR. FORMED WRONG IN RELOCATE MODEl

EM211

.ASCIZ

III-BIT DID NOT GET SET IN PDRI

EM22'

.ASCIZ

IW-BIT SET IN MORE THAN ONE PDR/

051523
042502
020116
042120

042522
04~S24

000105
020124
047516
020124
047111
000
05211 1
044440
042522

SEO OIlS

27-~UN-7B
09:33
PAG~ 117
CFKTHBO PDP 11/34 MEM MGNT DIAG MACVll 30A( 1052)
ERROR MESSAGES. DATA HEADERS-TABLES /I FORMATS
CFKTHB.P11
27-JUN-7B 09: 27

5560

5561
5562
5563
5564
5565
5566
5567
5568
5569
5570
5571
5572
5573
5574
5575
5576
5577
5578
5579
5580
5581
5582
5583
5584
5585
5586
5587
55B8
5589
5590
5591
5592
5593
5594
5595
5596
5597
5598
5599
5600
5601
5602
5603
5604
5605
5606
5607
5608
5609
5610
5611
5612
5613
5614
5615

042756
042764
042772
042774
043002
043010
043016
043024
043032
043040
043046
043054
043062
043070
043076
043100
043106
043114
043122
043130
043136
043144
043145
043152
043160
043166
043174
043202
043210
043215
043222
043230
043236
043244
043252
043260
043264
043272
043300
043306
0433 I 4
043322
043330
043336
043344
043352
043360
043366
043374
043402
043403
0434 I 0
043416
043424
043432
043440

052040
047117
000122
026527
047516
040505
054502
044524
020117
051127
020107
042523
044502
045 : ~o
000067
026527
047507
020124
043516
040440
04u44(J
000
115
020131
020056
051523
052122
047040
041503
101
020123
020122
047516
05 I 11 7
052123
047511
0511 23
020104
042522
040440
020123
020122
041505
044504
020124
050125
042522
051111
040440
000
120
043514
0411 01
041517
042105
020116

040510
020105

020116
042120

044502
020124
042522
053440
043516
042120
052111
051123
020124
020124
050111

020124
046103
020104
044522
052040
000122
047111
020060
026527
047111
051104

EM23:

.ASCII

/W-BIT NOT CLEARED BY WRITING TO PDR/

EM24 1

.ASCIZ

/IolRITING SRO SET W-BIT IN KIPDR7/

044502
020124
052504
047440
042104
047502

020124
042523
044522
042104
027122
052122

EM25:

• ASCII

/W-BIT GOT SET DURING ODD ADDR. ABORT/

046505
043515
041501
040440
042040
052117
051125
041503
051105
044504
020124
020124
052522
000116
020060
047516
047520
04 I 503
0511 05
047503
046124
020104
047514
041440
052 103
052524
042104

051117
052115
042503
047502
042111
047440
000
051505
047522
020 I 04
041101
0471 I I
052103

EM26:

.ASCII

/MEMORY MGMT. ACCESS ABORT DID NOT OCCUR/

EM:"Y:

.ASCll

/ACCESS ERROR DID NOT ABORT INSTRUCTION/

044504
020124
052122
051505
047522
051122
000131
047516
045503
05 1117
053040
046101
027122

EM30:

.ASCII

/SRO DID NOT REPORT ACCESS ERROR CORRECTLY/

EM31:

.ASCII

/010 NOT LOCKUP CORRECT VIRTUAL ADDR./

043501
044 I 24
051117
052503
053440
052111

020105
02005'
020124
051122
042510
051440

EM32:

.ASCII

/PAGE LGTH. ABORT OCCURRED WHEN IT SHOULDN'T HAVE/

CFKTHBO PDP 11/34 MEM MGNT DIAG MACV11
CFKTHB.P11
27-JUN-78 09: 27

5616
5617
5618
5619
5620
5621
5622
5623
5624
5625
5626
5627
5628
5629
5630
5631
5632
5633
5634
5535
5636
5637
5638
5639
5640
5641
5642
5643
5644
5645
5646
5647
5648
5649
5650
5651
5652
5653
5654
565~

5656
5G57
5658
5659
5650
5661
5662
5663
5664
5665
5666
5667
5668
5669
5670
5671

043446
0·l34S4
043462
043464
043472
043500
043506
043514
043522
043530
043536
043544
043547
043554
043562
043570
043576
043604
On6'2
043620
043625
043632
043640
043646
043654
043662
043670
043672
043700
043706
043714
043722
043730
043736
043741
043746
043754
043762
043770
043774
044002
044010
044016
044024
044032
044033
044040
044046
044054
044062
044070
044076
044 100
044 106
044114
044122

047510
0520.<:17
000105
040520
052107
047502
042111
047440
053440
052111
046125
042526
123
04211 I
051040
020124
046040
040440
04 I 440
052103
123
020122
044103
020104
051440
020104
000124
0511.23
051440
051105
020124
052105
040440
052105
123
052117
045503
047503
046124
044504
020124
052040
042513
051440
000
113
047522
053122
047440
020104
020056
000122
051' 23
051440
040510
041040

09:33
PAGE llB
27-~UN-7B
30A( 1 052)
ERROR MESSAGES. DATA HEADERS-TADLES & FORMATS

046125
044040

047104
053101

042507
027110
052 I 22
047040
041503
042510
051440
020104
000
030122
047040
050 I 05
040520
052 I 07
047502
0511 17
054514
030 122
05 II 23
047101
054502
041505
0411 01

046040
040440
042040
052117
051125
020116
047510
0405 I 0

EM33:

• ASCIZ

I PAGE

042040
052117
0511 17
042507
027110
052122
042522
000
047440
020062
042507
040440
047117
051 I 17

EM34:

.ASCII

/SRO DID NOT REPORT PAGE LGTH. ABORT CORRECTLY/

EM37:

.ASCII

/SRO OR SR2 CHANGED BY A SECOND ABORT /

020060
03 II 22
020105.
os. 042
020042
051040
000
03 II 22
052040
04711 1
0511 22
000131
020104
051124
051110
047122
040520

051 I 17
053440
047516
051505

EM40:

.ASCII

/SRO OR SR2 WERE NOT 'RESET" BY A RESET/

047040
040522
020107
041505

EM41:

.ASCII

/SR2 NOT TRACKING CORRECTL v /

047516
050101
020125
046105
042503

EM42:

.ASCII

/010 NOT TRAP THRU KERNEL SPAce,'

020124
020 I 22
04 I 511
020116
042101
05 II 05

051 I 05
042523
042105
042117
051 I 04
047522

EM43:

.ASCII

/KT ERROR SERVICED ON ODD "'DDR. ERROR/

020060
031122
043516
020131

05 II 17
041440
042105
042117

EM44:

• ASCII

/SRO OR SR2 CHANGED BY ODD ADDR • ERROR/

LGTH • ABORT 010 NOT OCCUR WHEN IT SHOULD HAVE/

05450~

051505

SeQ 0110

SEa 0117

It
CFKTHBO PDP 11/34 MEM MGNT DIAG MACYll 30A( 1052)
27-JUN-7B 09:33
PAGE 119
crKTHB.Pl1
27-JU"-'IB' 09: 27
ERROR MESSAGES, DATA HEADERS-TABLES & FORMATS

56n
5673
5674
5675
5676
5617
5678

044130
044136
044144
044 f 46
044154

044162
044170
5679 .044176
5G8o
044204
5681
044212
5(582
044220
5683
044223
5684
044230
5685
044236
5686
044244
5687
044252
5688
044260
5689 044266
5690
044274
56Jl
044302
5692 044310
5693
044316
~694
044324
5095
044331
5896 044336
5'397 044344
559B
044352
044360
5699
5700
044366
5'/01
044367
5702
044374
5703
044402
5704
044410
5705 04441 b
5706 044424
5707 044432
044440
570B
5709 044445
5710
044<15~
5711
044460
5712
044466
5713
044474
5714
044502
5715
044510
5716
044516
5717
044523
5718
04£1530
5719
04'1536
5720
044544
5721
044552
5722
044560
5723
044566
5724
044574
5725
044602
5726 044610
5727
044616

020104
020J56
000' 22
051105
052504
021040
042514
051117

020124
020104
024456
115
047111
052103
052520
053440
042040
052115
051516
04-1524
040517
051127
040504
123
047040

051525
054502
026511
000
113
020114
040440
020123

040 ... 05
052440
046440
052115
127
050040
051040
047105
044127
047111
041517

047515
115
047111
052103
052520
053440
042040
052123
047516
044~ 23

020131
046455

SEQ 011B

042101
051105

051104
047522

047522
044522
047504
042440
020042
020046
042101
000
050106
052123
047511
044123
047522
052101
044520
051124
047117
042504
047117
040524
040524
052117
042510
046440
052115

020122
043516
041125
051122
045450
042117
051104

EM4S'

.ASCII

IERROR DURING 'DOUBLE ERROR"

020111
052522
020116
042105
043518
000101
044440
041525
046040
020104
020107
000
045503
050040
020104
050106
044520

EM48:

.ASCIZ

IMFPI INSTRUCTION PUSHED WRONG DATAl

EM47:

.ASCIl

IMTPI INSTRUCTI:lN LOADED WRONG DATAl

EMSO:

.ASCII

ISTACK NOT PUSHED BY MFPI-MTPII

051105
040520
041503
047111
020104
042523
050106
044520
047522
051104
043105
042503
046111
051040
052101
042504
050106
052123
047511
044123
047522
052101
041501
020124
042105
043115
050124

042516
042507
051505
052123
043111
035122
026511
000
043516
051447
051105
020104
020105
046105
020105
000
020104
052522
020116
042105
043516
000101
020113
052520
041040
042120
000104

EM51 :

.ASCIZ

IKERNEL PAGE ACCESS INSTEAD OF USER' MFPI-MTPII

EM52:

.ASCII

IWRONG PDR' 5 REFERENCED WHI LE IN RELOCATE MODEl

EM53:

.ASCII

IMFPD INSTRUCTION PUSHEC WRONG DATAl

EM54:

.ASCII

ISTACK NOT PUSHED BY MFPD-MTPDI

(KT & ODD ADDR.)I

27-JUN-7B 09:33
PAG!' 120
CFKTHBO POP 11/34 MEM MGNT DUG MACYll 30A( 1052)
ERROR MESSAGES, DATA HEADERS-TABLES & FORMATS
CFKTHB. P1t
27-JUN-78 09: 27
5728
5729
5730
5731
5732
5733
5734
5'/35
5736
5737
5138
5739
5740
5741

5142
5143
5744
5745
5746
5747
5748
5745
5150
5751
5752
5753
5754
5755
5756
5757
5'758
5759
5760
5761
5762
5763
5764
5765
5766
5767
5768
5769
5770
5771
5772
5773
5774
5775
5776
5777
5778
5779
5780
5781
5782
5763

044624
044632
044640
044646
044654
044662
044670
044676
044704
044712
044716
044724
044732
044740
044746
044754

044762
044770
044773
045000
0'5006
045014
045022
045030
045036

040520
050040
040510
041040

042522
046111
020114
030040
020124
042524
051123
020104
042522
044 :40
046101
020105
051117
054514
120
040510
{J41u4v

045160
045165
045172
045200
045206

051040
020116
046440
040515
046440
051450
037070
020124
046102
020131
042523
040504
041516
052103
051105
044501
047515
044522
123
020105
040503
047111

045214

052116

045222
045225
045232

042504
116
051505
020124
020124
047516
052503
051105
046106
051117
041101
041050

045044

045052
045060
045066
045074
045102
045110
045114

045122
045130
045136
045144
045152

045240

045246
045254
045262
045266
045274
045302
045310
045316

020122
051104
043516
020131
042523
042514
047515
020061
041101
000104
020060
047516
047520
046114
046440
030460
042522
000
053523
043516
020131
044524
051525
042117
047111
042117
030122
020051
044504
042105

020101
000124
040524
051117
040440
040440
052116
042504
042524
052517
042522
042524
046440
020056
000
047117
042111
041101
044504
020124
000122
047522
043501
047040
051117
052111

051117
041440
042105
020101
000124
040507
042504
047516
051117

EM55:

.ASCII

IPAR DR PDR CHANGED BY A RESET I

EM56:

.ASCIZ

IILLEGAL MODE 01 NOT ABORTEDI

044504
020124
052122

EM5?:

.ASCIZ

ISRO DID NOT REPORT ILLEGAL MODE 01 CORRECTlY/

041440
042105
047101
044440
051105
000105
027124
020105
036040
047516
040523
041040
042522

EM60:

.ASCII

IPSW CHANGED BY AN RTI IN USER MODEl

EM61 :

.ASCIZ

IMAINT. MODE (SRO <B»

044440
042522
052106
046440
020056
053440
000
041522
047514
020104
044501
047515

EM62:

.ASCII

IDATA INCORRECT AFTER A MAINT. MODE WRITEI

EM63:

.ASCII

ISDURCE RELOCATED IN MAINT. MODEl

051040
047105
051117
020104
041517

EM64:

.ASCII

INDN RESIDENT ABORT DID NOT OCCURI

02012~

EM65:

.ASCIZ

IERROR FLAG FOR NR ABORT (BITI5) IN SRO DID NOT SET/

04350~

042117
04144Q
052103

043040
020122
020124
032461

NOT DISABLED BY A RESETI

SE~

0119

CFIUHBO PDP 11/34 MEM MGNT DIAG MACVll
CrlClHB. P11
27-JUN-78 09: 27

5784
5785
5786
5787
5788
5789

5790
5791
5792
5793
5794
5795
5'196
5797
5798

5799
5800
5r30 1
5302
5803
5A04
5805
5806
5807
5809
:'909
5910
5811

5812
5813
5d14

5815
5816
5817
5818
5819
5820
5821
5822
5U23
5824
5025
5826
5827
5828
5829
5830
5831
5832
5833
5834
5835
5836
5837
5838
5839

0,15324
045332
045340
045346
045351
045356
045364
045372

020051
030122
047040

as 21 05
123
042111

043040
020105

045400
045406

020114

04!~414

020123

044526

0,15422
045430

042510
052122

045436

051124

045441
0·15446
045454
045462

045470
0'5476
045504

0"5506
O'lSS 14
045522-

045530
045536

045544
045052

062
047117
04211 I
041101
044504
020124

0001n
0470G2
020116

042504
047502
052301

051123
041440

047111
042040
052117
000
031122
047040
042522
044124
052122
042101
043117
040440
020104
000
042116
05'040
047105
051117
020104
04151"'
020104
042522
052116
052122
04,1523
020062
040510

042040
052117
055105
020105
040525
051104
052040
047502
047111

E1I66:

.ASCIZ

/SR2 DID NOT FREEZE THE VIRTUAL ADDRS OF THE ABORlO INTR/

047040
051505
020124
020124
047516

EM67:

.ASCIZ

/2ND NON RESIDENT ABORT DID NOT oCCUR/

EM70:

.ASCIZ

/2NO NON RESIDENT ABORT CAUSED SR2 TO CHANGE/

EM7' :

.ASCIZ

/SRO WAS NOT CLEARED BY INIT.

0525~3

047516
044523
040440
041440
020104

047524
043516

04~560

000105

045562

051123

020060

045570
045576

020123
046103

047516
040505

045604
045612

020104
044516

054502
027124

044440
000040

045620
045626

046117
020040
051520

020104

041520
020104
033122
020040
047516
047522

DHI:

.ASCIZ

/OLo PC

OLD PSW R6 WAS

TESTNo

ERRORPC/

DH2:

.ASCIZ

/OLD PC

OLD PSW R6 WAS

SRO

SR2

0201 C3

DH3:

.ASCIZ

/II/ROTE

READ

045634

045642
045650

053440

0451356

020040
050122

045664

042524

046117
020127
051501
052123
051105

040527
020124

045704

000103
020104
046117
020127

045712
045720
045726

053440

051501

051123

020040

045734

020040

045742

052123
051105
000103
051' 27
020040
020040
052123

020060
051123
020040
047516
047522

041520
020104
033122
020040
020040
020062
042524
020040
050122

052117
042522
020040
047516

042101
042524
02004Q

04~676

045750
045756
045760
045766
045774
046002

046010

5841
5842
5843
5844
5845
5846
5847
5848
5849
5850

046016
046020
0·16026
046034
046042
046050
046056
046064
046072
046100
046106
046114
0016122

046130
046136
046144
046150

046156
046164
046172
046200
046206
046214
046222
046230
046236
046244
046252
046260
046266
046270
046276
046304
046312
046320
046326
046334
046336
046344
046352
046360
046366
046374
046402
046410
046416

046424
046430
046436
046444
046452
046460
046466
046474
046500

047522

050122

042101

051104
042524
020040
050122
044507
040455
020040
047440
026504
051117
020040
052125
052123
051105
000103
044507
042522
020040
024055
054522
051104
047450
020051
030061
032065
020040
047516
047522

051505
052123
051105
000103
052123
042104
052516
100106
042105

052123
042101
042522
044502
100051
051505
052103
032065
034071
031063
042524
020040
050122

DH1':

044507
051127
020040
020040
042101
040516

052123
052117
042522
020040
024055
054522

DHI2:

051104
047450
020051
046101
031063
033067
030061
052123
051105
000103
042101
042524
020040
050122
026522
040520
100122
04050S

051505
052103
047450
020051
030061
032065
020040
047516
047522

020123
047522
042522
051105
051522
020115
047101

020040
0:?O104
047515

042524
020040
050122
042522
020122
020040
042101
040516
042101
020123
046101
031063
033067
030061
052123
051105
000103
042522

020122
020; 05
042101
042522
044502
100051
042101
020123
046101
052103
032065
034071
031063
042524
020040
050122
042522
020040
047516
047522
040520

0201n
042120
046103

TESTNo

ERRDRPC/

ERROR PC/

PAGE 122
27-JUN-78 09:33
lOA( 1052)
ERROR MESSAGES. DATA HEADERS-TABLES & FORMATS

051105
000 I 03

047516

04252:c.

046117
020040
051520

045670

5840

5852
5853
5854
5855
5856
5857
5858
5859
5860
5861
5862
5863
5864
5865
5866
5867
5868
5869
5870
5871
5872
5873
5874
5875
5376
5877
5878
5879
5880
5801
5882
5883
5884
5885
5886
5887
5888
5889
5a90
589'
5892
5893
5894
5895

seQ 0120

051440
042' 11
051440

CFKTH80 PDP 11/34 M~M MGNT DIAG MACYI ,
27-JUN-78 09: 27
CFKTHB. P1 1

51351

27-~UN-7B
30A( 1052)
09:33
PAGE 121
ERROR MESSAGES. OAT A HEADERS-TABLES & FORMATS

SEQ 0121

DH7:

.ASCIZ

/ADDRESS TESTNO

ERRORPC/

OHIO:

.ASCll

/REGISTER-ADDRS

NUM

.ASCIZ

/AND-ED

.ASCll

/REGISTR READ

.ASCIZ

/ADDRESS (OCTAL) 5432,098765432,0

."Stll

/REGISTA WROTE

READ

.ASCIZ

/ADoRESS (OCTA~)

(OCTAL) 5432109876543210

DHI3:

.ASCll

/READ

DH'S:

.ASCII

IPAR-PDR PAR-PDR/<CRLF>

.ASCIZ

/CLEARED EFFECTD EXPECTD REtE! VD TESTNo

OR-ED

of/<CRLF>

T IMOUTS TESTNo

ERRORPC/

04245':

044524
020123
047516
047522

020040
052123
051105
00010'3
042120
026522
042522

TESTNO

READ-( BINARY) /<CRLF>

TESTNO

ERROR PC/

READ-( BINARY)/<CRLF>

TESlNo

ERRORPC/

ERRoRPC/

ERRORPC/

CFKTHBO PDP 11/34 M!:M MGNT DIAG MACYll
CFKTHB.P11
27-JUN-78 09: 27

5896
5897
5898
5899
5900
5901
5902
5903
5904
5905
5906
5907
5908
5909
5910
5911
5912
5913
5914
5915
5916
5917
5918
5919
5920
5921
5922
5923
5924
5925
5926
5927
5928
5929
5930
5931
5932
5933
5934
59~5

5936
5937
5938
5939
5940
5941
5942
5943
5944
5945
5946
5947
5948
5949
5950
5951

046506
046514
0·16522
046530
046536
046544
046552
046560
046566
046574
M6600
046606
046614
046622
046630
046636
046644
046650
046656
046664
046672
046676
046704
046712
046720
046726
046734
046742
046750
046756
046764
046772
046776
047004
047012
047016
047024
047032
047040
047046
047054
047056
047064
047072
047100
047105
047112
047120
047126
047134
047142
047150
047155
047162
047170
047176

020104
052103
042520
042522
020104
047516
047522
044120
020114
040525
042101
020123
051505
040,20
042524
020040
050122
044120
020114
020064
020122
042101
020123
020040
020101
040520
020040
020065
020127
042524
020040
050122
042120
020040
040525
042524
020040
051505
052123
0511 05
000103
042120
020040
020040
052122
105
020040
042524
042104
052040
020117
OS1117
120
020040
047124

051122

043105
020104
052103
042503
042524
020040
050122
051531
044526
100114
0511 04
042101
020123
032122
052123
05110S
000103
051531
040520
020040
100065
051104
041126
020040
020040
020122
040520
020040
020040
052123
051105
000103
020122
044526
100114
052123
042101
020123
047516
047522
020122
042120
020040
040525
051122
052040
020104
042522
051505
042440
041520
0511 04
052040
020117
051117

042506
054105
020104
053111
052123
0511 05
000103
041511
052122

30A{ 1052)
27-JUN-7B 09:33
PAG~ 123
ERROR MESSAGES. DATA HEAOERS-TABLES & FORMATS

DH17:

051505
051104
044513
020040
047516
047522
041511
020122
040520

DH20:

051505
020101
041126
020040
020064
020122
051520
020040
047516
047522
020040
052122

DH211

042105
051104
042524
020040
050122
047111
020122
044526
114
051117
051505
040440
051523
047124
051122
00'
020040
051505
042440

DH22:

DH23:

.ASCII

/PHYSICl VIRTUAL/<CRLF>

• ASCIZ

/ADDRESS ADDRESS KIPAR4

• ASCI I

/PHYSICl PAR 4

PAR 5/<CRlF>

.ASCIZ

/ ADDRESS YBA

VBA

.ASCII

/PDR

YIRTUAL/<CRLF>

.ASCIZ

/TESTED

ADDRESS T ESTNO

• ASCII

/PDR IN

PDR

VIRTUAL/

.ASCIZ

/ERRDR

TESTED

ADDRESS TESTNO

.ASCIZ

/POR

TESTNO

ERRORPC/

SEQ 0122

TESTNO

ERRORPC/

PAR 4

PAR 5

PSW

5~i71

5972
5973
5974
5375
5976
5977
5978
5979
5980
5981
5~82

5383
5984
5985
5~86

5987
5988
5989
5990
5991
5992
5993
5994
5995
5996
5997
5998
5999
6000
6001
6002
6003
8004
6005
6006
6007

047204
047205
047212
047220
047226
047234
047242
047245
047252
047260
047266
047274
047302
047305
047312
047320
04'7326
04i334
047342
047350
047356
047364
047365
047372
047400
047406
047414
04~ ·122
047430
047436
047444
047445
047452
047460
047466
04747.
047502
047510
047516
047524
047525
047532
047540
047546
047554
047562
047565
047572
047600
047606
047614
047622
047630
047636
047644
047645

000
120
OS 1501
041505
051505
042440
041520
120
020040
020040
051505
042440
041520
123
051501
041505
0511 04
050040
020040
(.047 j.24
051 U2
000
123
051501
041505
051104
050040
020040
047124
051122
000
126
020056
0511 04
030122
051440
051501
047124
051122
000
126
020056
051104
051505
042440
041520
126
020056
0511 04
030122
042440
042124
047' 24
051122
000
126

ERROR PC/

ERRORPC/

041520

PAGE 124
27-JUN-7B 09:33
CFKTHBO PDP 11/34 MEM MGNT DIAG MACVll 30A{ 1 052)
ERROR MESSAGES. DATA HEADERS-TABLES & FORMATS
27-JUN-78 09: 27
CFKTHB.P11
5S52
5953
5954
5955
5956
5957
5958
5959
5960
5961
5962
5963
5964
5965
5966
5967
5968
5969
5970

TESTNO

SEQ 0123

0511 04
042440
042124
047124
051122
000
0511 04
050040
020040
047124
051122
000
030122
042440
042124
032040
053523
052040
020117
051117

053440
050130
052040
020117
051117

DH24:

.ASCIZ

/PDR WAS EXPECTD TESTNO

ERRORPC/

032040
053523
052040
020117
051117

DH26:

.ASCIZ

/PDR 4

TESTNO

ERROR PC/

053440
050130
050040
020040
020040
051505
042440
041520

DH30:

.ASCIZ

/SRO WAS EXPECTD PDR 4

PSW

TESTNO

ERROR PC/

031122
042440
042124
032040
053523
052040
020117
051117

053440
050130
050040
020040
020040
051505
042440
041520

OH31 :

.ASCIZ

/SR2 WAS EXPECTD PDR 4

PSW

TESTNO

ERROR PC/

041056
045440
020064
053440
031122
052040
020117
051117

04045b
050111
051440
051501
053440
051505
042440
041520

DH32:

.ASCIZ

/V.B.A.

KI PDR4

SRO WAS SR2 WAS TESTNO

ERROR PC/

041056
045440
020064
047124
051122
000
041056
045440
020064
053440
050130
052040
020117
051117

040456
050111
052040
020117
051117

DH33:

• ASCIZ

/V.B.A •

KIPDR4

TESTNO

040456
050111
051440
051501
041505
051505
042440

DH34:

.ASCIZ

/V.B.A.

KI~DR4

SRO WAS EXPECTD TESTND

ERROR PC/

041056

040456

DH35:

.ASCII

/V.B.A.

KIPDR4

SR2 WAS EXPECTD TESTNO

ERROR PC/

PSW

ERROR PC/

0415'-0

crKTHBO POP 11/34 MEM MGNT DUG MACY11
27-JUl<-78 09: 27
CFKTHB.Pl1

600B
6009
6010
6011
6012
6013
6014
6015
6016
6017
6018
6019
6020
6021
6022
6023
6024
6025
6026
60~7

602B
6029
6030
6031
6032
6033
6034
6035
6036
6037
6038
6039
6040
6041
6042
6043
6044
6045
6046
6047
6048
6049
6050
6051
6052
6053
6054
6055
6056
6057
6058
6059
6060
6061
6062
6063

0,17652
047660
047666
047674
041702
041710
041716
041724
047725

047732
047740
047746
047754
047762
047765
047772
050000
050006
050014
050022
050030
050036
050044
050052
050060
050066
050074
050102
050110
050116
050124
050132
050140
050142
050150
050156
050164
050172
050200
050202
050210
050216
050224
050232
050234
050242
050250
050256
050264
050272
050300
050306
050314
050322
050326
050334

020J56
051104
031122
042440
042124
047124
051122
000
123
051501
041505
051505
042440
041520
106
040440
020040
041505
041101
0511.23
020123
040527
020060
051123
020123
047516
047522
051123
020123
040527
052123
051105
000103
051 j20
020123
051501
052123
051105
000103
054105
042105
020040
041505
100104
051123
020040
020040
020060
051123
02C123
047516
047522
054105
042105
051520
020040

0·')95
6096
6097
6098
6099
6100
6101
6102
6103
6104
6105
6106
6107
6108
6109
6110
6111

6112
6113
6114
6115
6116
6117
6118
6119

050342
050350
05(1356

050362
050370
050376
050404
050412
050417
050424
050431
050436
050444
050452
050460
050466
050474
050502
050510
050511

050516
050524
050526
050534
050542

050550
050556
050564
05056f,
050574
050602
050606
05(1614
050622
050630
050636
050644
050646
050654
050662
050664
050672
050700
050706
050714
05072~

050730
050736
050744
050752
050760
050764
050172
051000
051006
051014

020040
020060
051123
033461
020040
024464
030460
031450
122
042526
120
020040
020040
030 -'-:~2
051440
020040
047124
051122
000
104
lJ4!O(J4U

100101
054105
020104
053111
052123
0511 05
000103
042524
020040
050122
051123
020123
040527
052123
051105
000103
044120
020114
100064
042101
020123
027101
020122
051123
0,20123
040527
020 1 ~7
042524
020040
050122
OS 1123
020123
052103
052123
051105

SEQ 0124

045440
020064
053440
050130
052040
020117
051117

050111
051440
051501
041505
051505
042440
041520

031122
042440
042124
047124
051122
000
051111
047502
020040
047117
051117
02il060
051123
020123
040527
020062
042524
020040
050122
020060
051123
020123
047516
047522

053440
050130
052040
020117
051117

OH3S:

.ASCIZ

/SR2 WAS EXPECTO TESTNO

052123
052122
051440
020104
100124
040527
020062
051123
020123
040527
052123
051105
000103
040527
020062
042524
020040
050122

DH37:

.ASCI I

/FIRST ABORT

.ASCIZ

/SRO WAS SRlI WAS SRO \liAS SR2 WA~ TESTNO

OH40'

.ASCII

/SRO WAS SR2 WAS TESTNO

ERROR PC/

020127
033122
020040
047516
047522

040527
053440
042524
020040
050122

OH42:

.ASCIZ

/PSW WAS RB WAS

TESTNO

ERROR PC/

042520
020040
020040
044505

052103
020040
051040
042526

OH44:

.ASCI!

/EXPECTEO

020060
051123
020040
040527
020062
042524
020040
050122
042520
100072
020127
041520

020040
020062
051123
020123
040527
052123
0511 05
000103
052103

.ASCIZ

/SRO

DH45:

020040
020040

CFKTHBO PDP 11/34 MEM MGNT OIAG MACY11
27-JUN-78 09: 27
CFKTHB.P11

6064
6065
6066
6067
606B
6069
6070
6071
6072
6073
6074
6075
6076
6077
6078
6079
6080
6081
6082
6083
6084
6085
6086
6087
6088
6089
6090
6091
6092
6093
6094

27-JUN-7B 09'33 PAGE 125
30A( 1052)
ERROR MESSAGES. OAT A HEADERS-TABLES & FORMATS

020040
020040
100062
030060
031450
020040
033464
024444
041505
035104
053523
050040
020040
020040
031122
052040
020117
051117

051123
020040

052101
042040

020101
052101

042520
042522
020104
047516
047522

052103
042503
042524
020040
050122

052123
0511 05
000103
020060
051123
020123
047516
047522

047516
047522

SECOND ABORT /<CRLF>

ERRORPC/ .

RECEIVED/<CRLF>

SRO WAS SR2 WAS TESTNO

SR2

.ASCI!

/EXPECTED:/<CRLF>

.ASCI!

/PSW

SRO

ERROR PC/

SR2/<CRLF>

27-JUN-78 09:33 PAG~ 126
30A( 1 052)
ERROR MESSAGES. DATA HEADERS-TABLES & FORMATS

(3$+4)

(3$) /<CRLF>

SRO

SR2

/170017

• ASCII

/RECEIVEO: /<CRLF>

.ASCIZ

/PSW

.ASCI!

/OATA

DATA/<CRLF>

.ASCIZ

/EXPECTO RECEIVO TESTNO

OH50:

.ASCIZ

/TESTNO

040521
020062
042524
020040
050122

OH51 :

• ASCIZ

/SRO WAS SR2 WAS TESTNO

051531
040520

041511
020122

OH52:

• ASCI I

/PHYSICL PAR 4/<CRLF>

0511 04
027126
020040
020064
020060
051123
020123
020040
052123
051105
000103
020060
054105
020104
047516
047522

051505
027102
040520
020040
040527
020062
051520
020040
047516
047522

• ASCIZ

/AOORESS V.B.A •

.ASCa

/SRO WAS EXPECTO TESTND

OH46:

OH57:

SEQ 0126

020147

.ASCI!

033461
025444
031060
020040
200
044505
200
020040
020103
051440
020040
020040
051505
042440
041520

04052042520
042524
020040
050122

ERROR PC/

TESTNO

ERROR PC/

PAR 4

ERRORPC/

SRO WAS SR2 WAS PSiol

ERRORPC/

TESTNO

ERRORPC/

CFKTHBO PDP 11/34 MEM MGNT DIAG MACVll 30A( 1052) 27-~UN-78 09:33 PAGE 127
CFKTHB. Pl1
27-JUN-78 09: 27
EAAOR MESSAGES. DATA HEADERS-TABLES & FOAMATS
6120
G121
6122
6123
6124
6125
6126
6127
6128
6129
6130
6131
6132
6133
6134
6135
6136
6137
6138
6139
6140
6141
6142
6143
6144
6145
6146
6147
6148
6149
6150
6151
6152
6153
6154
6155
6156
6157
6158
6159
6160
6161
6162
6163
6164
6165
6166
6167
6168
6169
6170
6171
6172
6173
6174
6175

051022
051024
051032
051040
051046
051054
051062
051064
051072
051100
051106
051114
051122
051130
051136

000103
051520
020123
052103
052123
051105
000103
051123
020040
020040
047516
047522
051123
020120
042522
052123

051144
051152
051160
051161
051166
051174
051202
051210
051216

000
123
050130
051040
051505
051105
000103

051220
051226
051234
051242
051250
051254
051262
051266
051274
051276
051304
051312
051320
051326
051334
051342
051344
051352
051354
051362
051370
051372
051400
051406
051414
051422
051430
051436
051442

001356
001352
001356
001366
001116
001162
001116
001162
000000
001374
001352
001162
001352
0011 62
001166
000000
001162
000000
001162
001166
000000
001406
001352
001406
001172
00052
001174
001116
001162

05114!2

020127
054105
020104
047516
047522

040527
042520
042524
020040
050122

DH60:

.AselZ

IPSII WAS EXPECTD TESTNO

020060
051123
042524
020040
050122
020062
051123
020103
047516
051117

020040
020062
052123
051105
000103
054105
020062
042524
042440
041520

DH61:

.ASCIZ

ISAO

DH82:

.ASCIZ

ISA2 EXP SA2REC TESTNO EAAORPCI

030122
051440
041505
047124
047522

042440
030122
052040
020117
050122

DH63,

.ASCIZ

ISRO EXP SRO REC TESTNO ERRORPCI

001360
001116
001360
001370
000000
001164
000000
001352

001354
000000
001354
001352

011 ,

.WOAD

TRAP PC • TAAPPS. WASR8. TESTNO. SERAPC. 0

DT2:

.WORD

TAAPPC. TAAPPS. WASA6. WAS SAO • WASSR2. TESTNO. SERRPC ,0

001352

DT3:

.WORD

SAEGO.SAEG1, TESTNO.SERAPC,O

001116

017:

.WORD

SREGO. TESTNO.SERAPC.O

001376
001116
001164
001116
001164
001352

001400
000000
001164
000000
0011 68
0011 16

0110:

.WORD

ANDADA. OAADR. TONUM. TESTNO. SERAPC. 0

0111:

• WORD

SREGO.SAEGI.SREGI. TESTNO.SERRPC.O

0112:

.WORO

SAEGO.SAEGI,SAEG2.SAEG2. TESTNO.SERRPC.O

SA2

TESTNO

EAADAPCI

EAAOAPCI

.EVEN

001352

001 I 16

0113:

.WORO

SREGO. TESTNO.SERRPC.O

001164
001352

001174
001118

0116:

.WOAO

SREGO. SREGI • SAEG5. SAEG2. TESTNO. SERRPe. 0

001402
001116
001402
001174
001116
001170
000000
001174

001172
000000
001404
001178

0117:

.WORD

P8ALO. VIATI .SAEG4. TESTNO.SEAAPC.O

OT20:

.WOAD

P8ALO. VIATI • VIAT2. SREG4 .SAEG5 • STMPO , TESTNO,SERRPC.O

001352

OT21 :

.WOAD

SAEGS.SREG3. TESTNO.SEARPC.O

001170

OT22:

.WORD

SREGO, SREGS, SREG3 , TESTND. SERRPC, 0

OOOOC~

CFKTHBO PDP 11/34 MEM MGNT DIAG MACY11 30A( 1052) 27-uUN-78 09:33 ' PAGE 128
EAAOR MESSAGES, DATA HEADEAS-TABLES & FORMATS
27-JUN-7B 09: 27
CFKTHB. Pl1
6176
6177
6178
6179
6180
6181
6182
6183
6184
6185
6186
6187
6188
6189
6190
6191
6192
6193
6194
6195
6196
6197
6198
6199
6200
6201
6202
6203
6204
6205
6206
6207
6208
6209
6210
6211
6212
6213
6214
6215
6216
6217
6218
6219
6220
6221
6222
6223
6224
6225
6226
6227
6228
6229
6230
6231

SEO 012B

051450
051456
051464
051466
051474
051500
051506
051512
051520
051526
051530
051536
051544
051546
051554
051562
051564
051572
051576
051604
051612
051614
051622
051630
051632
051640
051644
051652
051660
051662
051670
051674
051702
051706
051714
051722
051724
051732
051740
051742
051750
051754
051762
051770
051774
052002
052010
052016
052024
052030
052036
052042
052050
052054
052062
052066

001352
001174
000000
001166
001116
001166
001116
001366
001176
000000
001370
001176
000000
001162
001370
000000
001162
001116
001162
0011 G&
000000
001162
001170
000000
001370
001116
001176
001370
000000
001366
001116
001164
001116
001 :62
001370
000000
001164
001370
000000
001162
001116
001352
001366
001116
001406
001366
001352
001366
001116
001164
001116
001370
001116
001366
001116
001364

001116
001352

000000
001118

DT23:

.WOAD

SREG5. TESTNO.SEAAPC.O

001164
000000
001176
000000
001170
001352

001352

DT24:

.WOAD

SAEG2.SAEGI. TESTNO.SERAPC.O

001352

OT26:

.WOAO

SAEG2.STMPO. TESTNO.SEAAPC.O

001166
001118

DT30:

.WOAO

WASSAO. SREG3. SAEG2. STMPO. TESTNO, SERRPC. 0

001172
001352

001166
00111£

DT31:

.WOAO

WASSR2. SAEG4. SREG2. STMPO. TEST NO • SERRPC. 0

001172
001352

001366
001116

DT32:

.WOAD

SAEGO. SAEG4. WASSAO. WASSA2. TESTNO.SEAAPC.O

001172
000000
001172
001352

001352

DT33:

.WOAD

SAEGO,SAEG4. TESTNO.SEAAPC.O

001366
001116

DT34:

.WOAD

SAEGO. $AEG4. WASSAO. SAEG2. TESTNO. SERRPC. 0 .

001172
001352

001370
001116

DT35:

.WORD

SAEGO .SREG4, WASSR2 .SAEG3. TESTNO. SEARPC.O

001164
000000
001202
001352

001352

OT36,

.WORD

WASSA2.SAEGI. TESTNO.SERRPC.O

001366
001116

DT37:

.WORD

STMPO .STIIIP2. WASSRO. WASSA2. TESTNO.SERAPC.O

001370
000000
001166
000000
001164
001352

001352

DT40'

.WORD

WASSRO. WASSR2. TESTNO. SEAAPC. 0

001352

DT42:

.WORD

SAEG1.SAEG2. TESTNO.SEARPC.O

00136d
001116

OT44:

.WORO

SAEGO.SAEGI.WASSRO.WASSR2. TESTNO.SERRPC.O

001170
001352

001366
001116

DT45:

.WOAD

SAEGI • SAEG3. WASSAO. WASSA2. TESTNO. SERRPC. 0

001164
000000
001116
001370
000000
001402
001370
001116
001164
000000
001166
000000
001172
000000
001370
000000
001370

001352

DT46:

.WORD

SAEGO.SAEG1, TESTNO.SEAAPC,O

000000
001352

DT50:
OT51 :

.WORD
.WORD

TESTNO. SEARPC. 0
WASSAO • WASSA2. TESTNO. SEAAPC. 0

001172
001176
000000
001352

DT52:

.WORD

PBALO. VIATI,SAEG4.IIIASSRO.WASSR2.STMPO, TESTNO,SERRPC.O

DT57:

.WORD

WASSAO.SAEG1, TESTNO.SEARPC.O

001352

OT~J:

.WORD

SREG1.SREG2. TESTNO.SEAAPC.O

001352

OT64:

.WORD

WASSR2. SAEG4, TESTNO. SERAPC. 0

001352

DT65:

.WORD

WASSAO.WASSA2, TESTNO.SERAPC.O

001352

DT88:

.WORD

CORSR2. WASSR2, lESTNO. SERAPC. 0

SEO 0127

C FK THBQ PDP

CFKTHB. P11
6.232
6233
6234

11/34 MEM MGNT DIAG MACY"
27-vUN-76 09: 27

052074
052100
052106

001116
001362
00'116

000000
001366
000000

000
000
000
000
000
000
000
000
000
'00
000
000
000
002
000
000
uOU
003
000
003
000
000
000
000
000
000

00'352

DT67'

.WORO

CORSRO, WASSRO, fESTNO. SERRPC, 0

000
000
000
000

000

OF"

.BYTE

0,0,0,0,0

000
000

OF2:

.BYTE

Q,O,O.O,O,O,O

000

OF3:

.BYTE

0,0,0,0

0.00

000
001

OF7:
DF'O:

.BYTE
• BYTE

0,0,1,0.0

002

OF1\:

.BYTE

0,0.2,0,0

000
000
000
000
000
000

OFI2:

.BYTE

0,0,0,2.0.0

DF13:
DFI6:

.BYTE
.BYTE

0,0,0
0,0,0,0,0.0

DFI7:

.BYTE

3,0,0,0.0

000

DF20:

.BYTE

~'l ,0 ,0,0,0.0,

0,0,0,0

6:!35
6236
6237
6238
6239
6240
6241
6242
6243
6244
6245
6246
6247
6246
6249
6250
6251
62~2

6253
6254
6255
6256
6257
625B
6259
6260
6261

6262
6263
6264
6265
6266
6267
626B
6269
6270
6271
6272
6273
6274
6275
6276
6277
6278
6279
6280
6281
6282

052112
052115
052117
05212:1
052'25
052126
052131
052132
052135
052140
052142

052145
052,47
05'15:2
05~15S

052160
O~21 63
052166
05:2171
052173
052176
052201
052203
052206
052207

052212
052214
052217
052222
052223
052226
052231
052234
052235
052237
052242
052243
052246
052251
OEi2253
052256
052257
052262
052263
052266

000
000
000
000
000
000
000
000
000
000
003
000
000
000
000
000
000
000

27-.JUN-78 09'33
lOA( 1052)
PAG~ '29
ERROR MESSAGES, DATA HEADERS-TABLES & FORMATS

000
000
000
000

000
000
000
000
000
000
000
000
000
000
000

0,0,0

a ,0

000
000

DF21 :

.BYTE

000
000

000

DF22:

.BYTE

0,0,0,0.0

000
000

DF23:
DF24:

.8YTE
.BYTE

0,0,0
0,0,0,0

000
000
000

DF30:

.BYTE

0,0,0,0,0.0

OF46:

.BYTE

0,0,0,0

DF50:
DF51:

• BYTE
.BYTE

0,0

000
000

SEQ 01llB

000

0,0,0,0

000
000
000
000

000
000

DF52:

.BYTE

3,0,0,0.0.0,0,0

000

DF57:

.BYTE

0,0,0,0

000

DF60:

• BYTE

0,0,0.0

000

DFB' I

• BYTE

0,0,0,0

oeD

.END

000001

PAGE 131
27-.JUN-78 09:33
CFKTHBO PDP 11/34 MEM MGNT DIAG MACYl1 30A( '052)
CROSS REFERENCE TABLE -- USER SYMBOLS
27-~UN-78 09: 27
CFKTHB.P11
ABASE • 000000
ACDWI
000000
ACO\1j'2 = 000000
ACPUOP= 000000
ADDI<O • 000000
000000
ADDWI
ADDWI D. 000000
ADDW11 = 000000
ADDWI2. 000000
ADDWI3· 000000
ADD\>J14= 000000
ADD\1j'15= 000000
ADDw2
000000
AODW3 = 000000
ADD\<4 • 000000
,o.DO\'I5 :: OOCOOo
ADD~1j'6 :: 000000
ADm'47 = 000000
000000
ADDWB

::
ADEVCT=
ADEVM •
AENV

ADD~19

000000

000000
000000
000000
AENVM :: 000000
AFA rAL= 000000
AMAOR1= 000000
AI~ADR2 • 000000
AMADR3= 000000
AMADR4 = 000000
AMt..~S1 = 000000
AMAMS2= 000000
AMAMS3· 000000
A:v'IAMS4 = 000000
AMS,JAD= 000000
AMSGLG: 000000
AMSGTY= 000000
AMTYP1= 000000
AMTYP2= 000000
AMTYP3= 000000
AMTYP4", 000000
ANDADR
001374
APASS • 000000
APRIDR. 000000
APTCSU= 000040
APTENV· 000001
APTS1Z= 000200
APTSPQ. 000100
ASWREG. 000000
ATESTN= 000000
AUNt T := ooooeo
AUSWR = 000000
AVECT1. 000000
AVECT2= 000000
B
000001
aITO
SITOO • 000001
000002
BITO'

81S
815
815
815
815
815
815
815
815
815
815
815
815
815
815
8,5
815
815
815
6,5
815
815
615
815
815
815
815
615
815
615
815
615
815
815
815
8'5
815
815
815
815
890N
815
8,5
4992
4457
1398
4987
815
815
815
815
815
815
628'
61B'
617'

8SS
85B
859
830
860
861
870
87,
872
873
874
875
862
863
864
865
868
867
868
869
821
857
826
827
618
B43
847
850
853
837
645
84B
851
823
824
817
83B
846
849
852
1580·
820
50971
4965

,602>

,620'

5053

5095'

5094'
5055
828
819
822
829
854
e5~

628
827

509S1

1842'

1680'

16B2'

SEQ 0129

,700-

1722'

,740'

1782'

8,58

'*
27-JUN-78 09:33
PAGE 132
CFK-rHBO PDP 11/34 MEM MGNT DIAG MACVll 30A( 1052)
CROSS REFERENCE TABLE -- USER SYMBOLS
CFKTHB,P11
27-JUI;-78 09: 27
BI T02
BI T03
BIT04
Bl TOS
B 1 T06
BI T07
Bl TOB
BlT09
BIT 1
BlT 1 a
BITll
BlT12

:.: 000004
= 000010
:; 000020
000040
• 000100
000200
000400
001000
,. 000002

= 002000
•

004000

= 010000
Bll13 = 020000

BIT14 :1/1 040000
BIT 15 • 100000
:1/1
000004
BlT2
0000 1 0
BITJ
:; 000020
B 1 T4
BI T5
000040
81 T6
000100
BI T7
000200
:1/1
000400
BlT8
•
BIT9
BPTVEC,.
CKSWR •
CMPREG
CIVISG
C'TRLC
CDRSRO
C~RSR2

CR
CRLF
DOlSP
DFI
DF10
OFll
DF 1 2
DF13
DF16
OF11
DF2
DF20
OF21
DF22
GF23
DF24
DF3
DF3J

001000
000014
104410
036162
037537
037460
001362
001364

000015

000200

= 177570
052112
052135
052142
052147
052155
052160
052166
052117

052173
052203
052207
052214

052217
052126
052223
052231
052235
052237
052243
052253
05225"

DFIl6
C:~50

DF51
DF52
DF57
DF60

616N
615N
61 ••
613'
612.

611N
610.
609H
627#
608N
60U
606N
605N
604.
603N
626.
625.
624N
623.
622.
621#
620.
2566
619_
635N
4370
2078
4942
4788
885'
886.
543'
544.
6060
550.
917
960
967
974
990
1000
1007
923
1014
1021
1028

1034
1040
929
1064
1154
1167
1173
1180
1211
1217

626
625
624
623
622
621
620
619

4385
4393

4488

2207
2592

2209

2280

227B

4434
2087
4953#
4876
3480-

4457
2096

5390'
2105

4649'

5041
6072

1058
947
1088
62671
1223

4445
4400
4340
4452
4371
1799

702
703

3468*
5031
1422
6062
782
6236N
6244.
1199
993
986
625,.
6253.
1235
6255.
6258N
6260'
1130
1046
935
1070
1161
1192
6270.
6272'
6275'
6277#

4940.
6233
6231
5041
5002
6067
13B6

2344

2370

2396

2423

24411

2488

2514

2540

5846
8083

5857
8101

5871

5B92

5903

5913

5928

11022

8047

1082
1229
1093

1099
62411
1106

1112

1118

1124

1241

8263.

1137

1147

6265#

6246.
6248.
6250'
6238#

6262.
1052
941
h .. /6
1186
1205

6269#

PAG! 133
27-~UN-78
09:33
CFKTH80 PDP 11/34 MEM MGNT DIAG MACVll 30A( 1052)
USER SYMBOLS
CROSS REFERENCE TA8LE
27-~UN-7B 09: 27
CFKTHB, PI 1
DF61
DF7
DHI
DH10
DH11
DH12
DH13

052263
052132
045620
046050
046150
046270
046430
046460
046560
045670
046650
046776
047056

DH16

DH17
DH2
DH20
DH21
OH22

DH23
DH24
DH26
DH3
OH30
DH31
DH32

047155

047205
047245
045760
047305
047365
04744,
047525
047565
047645
047725
04'7765
050102
050142
050202
050314

DH33
DH34

DH35
DH35
DH37
DH40
DH42
DH44
DH45
DH45

050511

DH50
DH51
DH52
DH57
DH60
OH61
DH62
DH63
DH7
OISPLA
DI SPRE
DSWR
DT 1
DT10
DT 11
DT 12
DT 13
DT16
OT 17
DT2
DT20
DT21
DT22
OT23
DT24
OT26

050566
050606
050646
050764
051024
051064
051122
051161
046020
001142
000174
177570
051220
051276
051312
051326
051344
051354
051372
051234
051406
051430
051442
051456
051466
051500

1247
953
915
957
964
971
978
997
1004
921
1011
1019
1025
1032
1039
1050
927
1062
1068
1074
1080
1086
1091
1097
1103
1110
1122
1134
1141
1151
1165
1171
1177
1209
1215
1245
1271
1277
951

1253
6243'
5819'
5846.
1196
990
984
5892#
5903'
1233
5913'
5928'

7821

13861394
781
6147'
6156.
1198
992
995

718'
549 •
916
959
966
973
979
999
1006
922
1013
1020
1027
1033
1039
1051

SE~ 0130

1267

1273

1279

5959'
939

945

1227

5836'

1239

6016.

1'13
1203

6083'
1221

60921

1258

1265

81271

1394-

4415>

4444>

1260

58571
58711

58881
5926'

59371
1128
1044
1056
933
5965'
5974'
5983'
5992.
5998'
600U
1116
6022'
6035'
60411
60471
6060'
1158
1190
6095'
61011
6115.
61211
1251
6132#
6139.

5948.

59531

58421
1385

61591
61601
6163'

61651
6168.
1234
6170'
6173'
6175.
1129
1045
1057

6149.

61771
6179.
81811

6279'

SEQ 0131

CFKTH60 PDP 11/34 MEM MGNT DIAG MACYll 30A( 1052) 27-~UN-78 09:33 PAGE 134
USER SYMBOLS
27-.JUN-7B 09: 27
CROSS REFERENCE TABLE

SEO 0132

CfKTHB.P11

OT3
0130

051254

DT31

051530

DT32
DT33
DT34
DT3S
OT36
OT37
D f40
D142

OT44
OT45
or46
OT50
DT51

or52
orS7
or60
OT6·'
DT6S
Dr66
OT6"/
DT7

051512
051546

051564
0?'576
051614

051632
051644
051662
051674
051706
051724
051742
051754
051762
051774
052016
052030
OS2042
05.2054

052066
052100
051266
EMTVEC= 000030
EMI
041616
042175
E"'0
EMl1
042241
EM12
042301
EM13
042350
EM14
042405
EM15
042440
EM16
042514
EM17
042556
EM2
041656
042626
EM20
EM21
042700
042735
EM22
EM23
042774
EM24
043040
EM25
043100
EM26
043145
043215
EM27
EM3
041725
EM30
043264
EM31
043336
043403
EM32
043464
EM33
EM34
043547
[M37
043625
EM4
041764
EM40
043672
EM41
043741
EM42
043774
EM43
044033
EM44
044100

926
1063
1069
1075
1061
1067
1092
109B
1105

1111
1123
1136
1146
1153
1166
1172
1179
1210
1216
1240
1246
1272
1278
952
636.
914
956
963
970
977
963
969
996
1003
920
1010
1017
1024
1031

1037
1043
1049
1055
926
1061
1067
1073
1079
1065
11 02
932
1109
1115
1121
1127
1133

934
6163'
6166'
6189.
6192'
6194'
61971
1117
6202.
6205'
62071
6209'
62121
1160
1191
6218'
6220'
6223'
6225'

948

1228

1165
1204

6215.
1222

82171

1259

1288

6229'

1238

56031

940

8152'

6200'

6:2~71

1252
623 IN
6233.
6154'
1355*
5449'
5494'
5501.
5507N
5514.
5519'
5524>
55321
5536.
5455'
5545'
55521
55571
5563.
5569'
5575'
55821
5569'
54621
5596.
1090
5610.
5619'
5626H
5636N
5468N
5643'
565CM
5655'
5661.
5668'

13560

1096

27-~UN-78
09:33 PAGE 135
CFKTHBO PDP 11 /34 MEM MGNT 01 AG MACY11 30A(1052)
CROSS REFERENCE TABLE USER SYMBOLS
27-~UN-78 09: 27
CFKTHB.P11

EMS
EMSO

044146
044223
044266
042017
044331

EM51

044367

EM52
EM53
EM54

044445
044523
044566
044624

EM45

EM46
EM47

EM55
EMS13

EM57
EMG
EM60
EMGl
EM62
EM63
EM64

044662
044716

042072
044773
045036
045114

0·'5165
0'5225
E1r15S
045266
EM66
0·<5351
EM67
045441
042137
W7
045506
EM70
EM?1
045562
ERRTVP
035556
ERRVEe= 000004
FORMPA
036354
= •••••• U
GNS
GTSWR = 104407
000011
HT
IJTVEC= 000020
~ERSTK2 001100
KIPARO= 172340

KIPAR1· 172342
KIPAR2= 172344

KIPAR3= 172346
KIPAR4= 172350
KIPAR5=
KI PAR6·
KI PAR7=
KIPoRO.

172352
172354
172356
172300

KIPDR1= 172302
tI.1PDR2"1 172304
~IPDR3. 172306
KIPoR4. 172310
KIPOR5·
KIPDR61l1:
KI PoR7•
LF

172312
172314
172316
000012

1140
1150
1157
938
1164
1170
1176
1162
116S
1195
1202
1206
944
1214
1220
1226
1232
1244
1250
1257
1264
950
1270
1276
4454
631 N

2353
717
5392
1416
54,.
636'
704'
3159
3753
691N
692.
693'
694_
695.
2692696N

697M
696.
680_
4622
BB,.
682'
663'
664.
3619·
3995·
6B5_
6e6N
687M
542.

5675.
5683'
5669'
5473'
5695'
5701 ,
5709'
57171
5723'
5728'
5733.
5736'
54611
5746'
57521
5760'
57671
5773'
5779'
5786'
5796'
5466'
5605'
5813'
4500'
1363
2379
1421
5393
4949
5000
1353'
1537
3217
4065
1618
37183719'
2251225226992643-

SEO 0133

13952432
4316

14262455
5381

1427.
2497
5382

2690'
2523
5383

29002549
5384

4376
2575
5385

4377.
2601
5386

4379'
2672
5368

4382_
2713
5390

4725'
5391

1543
3234

2075
3302

2084
3364

2093
3389

2102
3431

2216
3480

2892
3519

3070
3538

3142
3598

3148
3859

1971

20B3

2136

2324

3717'

4626

4664

4725

2748
2342'
292S'
2693-

2928_
23663290.
2700.

328923943587'
3339'

37202421'
3721-

2445.
374,.

2466'
3893'

2512'
4071.

2538_

2564-

2590-

2642-

22531658
4650

37221924

2019

2074

2125

2197

2205'

2331

2752

2756

2770

3728

2254_
2255·
3140'"
4000*
2691.

22722t,;JO"
37464002'
2698.

28892697.
3891'
4019.
3136.

22565035

2678'

2881

13942405
4309
5394
53S8.
5041
13541541
3221
4217
1677

(

5041

2893
2939'
3917'

4021'
3341'

2932'
3006391940703420.

3135'
3140_
3934.
3498.

3291·
32153936.

3292'
3949'

3317.
3951.

3340'
3965'

34970
3987>

3589'
3983.

CFKTHBO PDP 11/34 MEM MGNT DUG MACYll 30A( 1052) 27-~UN-78 09:33 PAG~ 136
27-~UN-78 09: 27
CROSS REFERENCE TABLE
USER SYMBOLS
CFKTHB. Pll
lOOP
MGMERR

020466
002400

MGMFlG 002402
r,1MVEC • 000250
ORADR
PBAHI
PBAlO
PIRQ •
PIRQVE.
PRO
•
PRI
=II
PR2
•
PR3
•
PR4
•
PR5
•
PR6
•
PR7
•
PS
•
PSW
•

001376
001410
001406
177772

000240
000000
000040

000100
000140
000200
000240
000300
000340
177776
177776

1424,
1319'
3692
1320'
6471
3005'
3367.
8911
896'
895.
548'
642M
565'
566'

PWRMSG
RDC>iR •
ROLIN.
RESREG.
RESVEC·
SAVREG.
SET REG
SRO
•

SRI
SR2

041554
000024
104411
104412
104414
000010
104413
036070
177572

• 177574
• 177576

SR3
• 172516
STACK .001100
START
020000
So TKLMT. 177774
SWR
001140
SWREG
SII/O
•
SWOO •
SWOl •

000176
000001
000001
000002

SEQ 0134

2218
4030
1432'
1429.
3062'
3451.
1600-

2271
4186

2703

2986

3047

3089

3195

3270

3318

3499

3818

2201'
3089.
3499.
16210

2202'
313937451640-

22183152'
38591661-

2219.
31953895.
1660-

2257'
321440301701'

22710
3227'
4078.
1720'

2662327041861741'

27033295'

29383318'

2988'
338,.

1760.

6158

47360

47410

8188

8170

8220

1473_
15380
2943
3540'
3806'
4080'
4726

1474
1540_
29763542.
3820'
4099'

14781836'
29823558'
3834'
4112.

1486.
1846.
2984'
3562
3847'
4124.

1498'
2417
3010
3564.
3898.
4135.

15002441
3043'
3649'
3909'
4148-

1501
2639'
3045'
3658'
39304162'

15062863
3063'
3680'
3946'
4175-

1512'
2664
3518'
3662'
39614187-

151426943523·
3750_
3978'
4214.

1515
2698.
3530
3771'
3998'
42117-

1:·ljO.

5399'

5400-

5409'

5415'

5427-

5428-

2094
1332*
2279
2714
3185'
3445
4038-

2103
1434'
2284.
2716_
3235
3454
4194

2123
1578
2344'
2879
32513467
4196-

46211
1760
2370'
2880'
3258
3475

1637.
2396.
2957
3260_
3479

1839
242329723310'
3486'

1845'
2446'
3024
3365
3600

2207.
2486'
3039'
3370
3616-

2209
2514'
3072
3386
3655

2211'
2540.
30883400'
3657'

22172586_
3160
3425
3866

1790
3352
3656

1811
3366
3867

2280
3371
4037

2715
3390
4195

2958
3401

3025
3428

3081
3436

3161
3441

3164
3448

3238
3455

3259
3461

704
1344'

705
5432

1351

1425

4258

4277

1349
4452
1393

13854464
1414

1387
4468
4757

13934757
4770

140048020

1414
5407

4340
5420-

4371

4385

4387

4393

4400

567M

568.
569'
570'
5711
572#
545'
546'
1519_
2812·

PIIIRVEC-

4351
142B
3B59
1334'
1428'
3047'
3419'
1581'
47444735-

3532.
3783'
4013'
4584
5430
6371
4869
53921
5337
632#
5322
2076
6511
2260.
2592.
3176.
3432
3868'
6521
6531
3303
3487
654'
536'
721
547N
7811
4445
719'
600.
590'
589'

546
147215362B60'
35373795'
4069'
45B6
5439'
135953911
5394.
1370'
53931
20B5
1330
2278'
2660'
3183
3435.
4036
1858
1331
3343
3601

1377'

600
599

CFKTH80 PDP 11/34 MEM MGNT OIAG MACYll 30A(1052) 27-~UN-76 09:33 PAGE 137
CROSS REFERENCE TABLE -- USER SYMBOLS
27-~UN-78 09: 27
CFKTHB.Pll
SII/02
SW03
511104
511/05
SW06
511/07
511/08
S<v09
SWI
SW10
SlIIll
S\~12

511/13
5,,14
SW15
S\~2

SIII3

51114

• 000004

= 000010
000020
000040
000100
000200
000400
001000
00C002
002000
004000
010000

•
•
•
•
•
•
•
•
•

•
•
•
•
•
•

020000
040000
100000
000004
000010
000020

S;~S

• 000040
SW6
• ~OOI 00
SIII7
• 000200
SW8
• 000400
• 001000
S"9
TBIT • 000020
TBITPS 001372
T8ITVE= 000014
TE5TNO 001352

T1MERR
T1MFlG
TKVEC •
TOFF
TON
TONUM

002332
002334
000060
036002
036036
001400

TPVEC • 000064
TRAPPC 00' 356
TRAPPS

001360

TRAPVE=

000~34

TRTVEC·
TSTI
TST 10
TSTll
TST12
TST13
T5T14
T5T 15
T5T16
TST17
TST2
TST20
TS12I

000014
020550
021514
02'646
022000
022142
022200
022216
022340
022462
020622
022612
022742

588'
5871
586'
585'
584'
5831
5821
5811
599N
580'
579'
578'
5771
576'
575'
598'

SEQ 01315

598
597
596
595
594
593
592
591

5971

596.
595'
594'
593'
592#
5911
7021
8B9,
6331
8811
6173
6205
6233
1292'
12931
640'
2196
2221
892'
1742'
6411
88SN
3864_
884'
3865639'
634.
1445'
1672
1712
1752
1834.
1856'
1859
1922.
1969'
1469'
20171
2070'

4584
1433'
1367'
44416175
6207

4589
4587'
1368'
6147
6177
6209

4602
4602

4604

4605-

6149
6179
6212

6152
6181
6215

6154
6183
8217

6156
6186
6218

6158
6189
6220

6160
8192
6223

6163
6194
6225

6165
6197
8227

1426
1304-

1591
1431-

1631

1671

1711

1751

2900

3543

3617

3690

2249
2274
1582'
1748

2746
2792
1588
1763-

2813
2659
1603.
6156

2875
2902
1622'

3516
3545
1628

3639
3695
1643'

4584'
46021
1662'

1668

1683'

13003874
13013873
1357'

1306
40341305
40351358.

13274044
13280
4043

1336
41921335
4193'

22824202
2283'
4201

2290
6147
2269
6147

2707'
6149
2708'
6149

2723
2722

1694'
1734'
1778'
16751

•

6168
8200
6229

6170
8202
8231

1702'

1708

1723.

3161.

3191

3256-

3268

3182'

3190

3257'

3285

CFKTHao PDP 11/34 MEM MGNT OIAG MACVll 30A( 10S2) 27-~UN-7B 09:33 PAGE 138
CROSS REFERENCE TABLE -- USER SYMBOLS
27-~UN-7B 09: 27
CFKTHB.Pll
T5T22
TST23
TST24
TST25
15126
T5T27
T5T3
T5T30
T5131
T5T32
T5T33
T5T34
T5T35
T5T36
TST37
TS 14
T5T40
T5T41
T5T42

1 '(PBN
TYPDS

023162
023332
023466
023724
024454
025140
020706
025604
026000
026206
026336
026632
027042
027166
027470
021030
027756
030144
031122
031310
031372
031570
032112
032760
021076
033640
034404
034510
021230
021362
= 104406
= 104405

TYPE

104401

TYPOC
TYPON
TYPOS
UI PARD.
UIPAR1:
UIPAR2·
UI PAR3.
UIPAR4·

104402
104404
104403
177640
177642
177644
177646
177650
177652
177654
177656
177600

15T43

T5T44
T5T45
TST46
TST47
IST5
TST50
15T51
T5T52
TST6
TST7

UIPAR5=

UIPAR6·
UIPAR7·
UI PORO.

Ul POR1 = 177602
\.! I PDR2= 177604

UIPOR3· 177606
UI POR4- 177610
UIPOR5· 177612
UIPDR6= 177614
UIPDR7= 177616
USESTK. 000700

SEQ 0138

2120N

2195#
224B#
2275
2477#
2637.

23221

1496N

2705

2744#

2Bl,.
2B73#

2925#
299B#

3060.
3134.
321"
1535.
32B8N

3338.
3515N

3554.
3586.
3638.
3716#
3B61
1542
4031
418a
4256.
1592
1632
4549
4313
140B
4568
4902
4509

3890.
1574N

40611
4213N

1614.
1654N

5386.
4320
4307
4768
4903
4535

4542
4314
4769
4905
4771

4948
4321
4772
4908
4945

5385N

4447
4783
4912
53821

4455
4793
4942

4501
4804
4946

4518
4823
5005

4873
5114

4523
4882
5182

4525
4888
5257

4557
4893
538IN

4662
4897
5429

169B

1907

2001

2101

2159

2644

3520-

3539.

3733.

4634

4892

4728

2930.
2686'
2687.

3640.

3736·
29310

3641'

3742'

3894-

4072'

2659'

676N
658N

1905
1738

1999
1954

3737.
2049

2092

2147

2651

2819

2823

2837

3730

4065

4630

4678
659.
660>
66 IN
662.
663.
664.
665.
705.

2933'-6562657'

3642·
2688.
2689.

3693'
2940.

3007>

3643'

3892.

407\1-

1952
1539

2047
3524

3541

3861

3756

3910

4082

4220

4243

2496_

2522-

25480

2574>

2600-

2671'

2679

3026
3425'
6149

307234356183

3074
3445'
61B9

3160.
3454.
6194

3163
34670
6202

31833479'
6205

2958>

2966
3343.
3455.
6186

3025'
3345
3481'
6189

3033
3352'
3462
8197

30810
3354
3487.
8200

4902

4922

5006

11041

4520

53B4N

5383'
669N
670N

67,.
672M
673#
674.
675'

3734"
3735'
2815

2658.

27010
2702'

27-~UN-78
09:33 PAG~ 139
CFKTH80 PDP 11/34 MEM MGNT OIAG MACY11 30A( 1052)
CROSS REFERENCE TABLE -- USER SYMBOLS
27-tJUN-78 oe: 27
CFKTHB.Pl1

V I RTI

001402

VIRT2
WASR6
WASSRO

001404
001354
001366

WASSR2

001370

• 000100
W81T
$APTHO 000204
$ASTAT= ........ U

SATYC
$ATVI
$ATV3

040116
040072
040100

$ATY4

040110

SAUTOB
$9ASE
$SOAOR
$BOOAT
$BELL
$BIN
$COWI
$COW2
$CHARC

001134
001302
001122
001126
001216
040412
001306
001310
040066
036466
034750
001100

$CKSWR

$C Lq. T
$CMTAG
$CMl
= OO()OO6
000014
$CM~
$CM3 :10 000006
$CM4 III ooa006
$GN 1 LC 037416
$CNTLG 037430
$CNTLU 037423
$CPUOP 001254
001223
seRLF
041056
$08LK
041162
$OB20
001312
$OOWO
001314
$OOWI
$DOW10 001336
001340
$DDWll
$ODWI2 001342
$DDWI3 001344
$DDWI4 001346
$ODWI5 001350
$ODW2
001316
001320
SDOW3
001322
$ODW4
001324
SDOWS
SODW6
001326

B93.

2712*
894.
882N
887#
3235.
3600.
6209
888N

3082
337,.
3488
6202
703>
741
5075
5046
5044.
4990
4460
778'
856.
773'
775'
BOU
5110.
858.
859.
5007.
4757.
4326
761#
793.
793N
791#
799'
4783
4768
4793
830N
809'
5223
4554
860.
86"
870.
87,.
872'
873.
874'
875.
862N
863'
864#
B65'
866.

23524729
2670-

1302·
1330'

3238
3603
6212
1331'
3161·
3375
3601'
6205
276~

2378'
4735
6170
1329'
2279'
32583655'
6218
1790.
3170
3390.
3607
6209
2771

2404'
6168

2431'
6170

24546220

2281.
2714.
3370'
3674

6147
2957'
3372
38666223
1811_
3236'
3401'
3677
6218
2829

5149
2959
3386*
4036'
6229
1812
3245
3403
3867'
6220
2838

3024·
3387
4194.
6233
22803259.
3426.
4037.
6227
2849

6220

1792
31843391
3656.
6212
2782

SEQ 0137

27153303'
34364195·
6229

3446.
6149
6231

4568

4804

3304

747#
5090
5048'
5045'
50471

141B'

4765

4929

4447
5113·

4480
5114

512IN

5017'
5390
4329.
1346
794.

5024

5033.

5038.

1347
795.
795'

1355
796.

1361

796N

7971
7971

1362
798.
79ij,

1363
799.
799.

8011

802.

80ll

804.

805N

4480

4501

4520

794N

793
800.
4873
4924'
4897

.923#

4321
5257

4455
5265#

53221

49221

4525

'w~

crKTHBO POP
CFKTHB. P11
$DDW7
$DDW8
$DDw9
$DEVCT

27-uUN-7B 09:33
PAGE 140
" /34 MEM MGNT 01 AG MACY11 30A( 1052)
27-uUN-78 09: 27
CROSS REFERENCE TABLE -- USER SYMBOLS

001330

$OOAGN
$OTBl
$ENDAD
$ENDCT

001332
001334
001236
001304
034770
041046
034760
034606

$SNULL

035034

$ENV
$ENVM
$EOP
$EOPCT
$ER FLG
$ERMAX
$ERROR
$ERRPC

001246

$Ot:VM

001247

034552
034600
001103
001115
035320
001116

$ERRT8
001412
$ERTTL
001112
0;)1214
SESCAP
$ET A8L
001246
$E TEND
001352
$FATAL
001230
$FF LG
040336
$FILLC
001156
$ FILLS
001155
$GDADR
001120
$3DOAT
001124
$GE 142 034732
$GTSWR
036536
$HD
= oaoooo
$ri18T5
000204
$ I C~T
001104
$ I L LUP
041546
$1 NT AG
001135

$ITEMB

001114

$LF
$lFLG
$LOOP
$ LPADR
$LPERR

001224
040335
035026
001106
00111 0

82tH

857M
4303
5226
728
1361
4353'
826.
827#
4295.

1361.
764.
770'
1355
77tH
6163
6194
6225
911.
76BN
806.
825'
753

818H
5044*
789'
788'
772_
774N
4323.
4769.
521
748'
765'
5399
779'
769.
810N

5085*
4345
766.
7670

1656·
1935*
2206*
2559*
2985*
3296*
3648*
3929*
4161*
$MAORI
$MAOR2

001260
001264

SEQ 0138

867N
868.
861l"
4324
526,.
1406
4305.

4331

433U

4333#

4475

1412
1398
4950
4302#
4360

4457
4987

4985
4992

5053
5055

5077

4306
4389
4391

4391

4397'
4419

4419

4442_

4480

4414*
4451
6170
6202
6231

4480
6173
6205
6233

4507
6175
6207

6147
6177
6209

6149
6179
6212

6152
6181
6215

6154
6183
6217

444Bo
4471

4480
4473

5075
5041

5084-

509U

4404'"
5415
4785
4451 '"
4480
509IN
4349#

4405
5436.
4805
4459
4912

4407.

4418

4929
4480
4922

4504
5041

1379*
,380*

4395*
1446*
169S*
1972*
2250*
261,.
3046*
3342*

1511 '"

1576*
1879*
2081.
2463*

1364*
4433'

4449·

4450*

6165
6197
6227
4515
4318

6168
6229

1363*

4413*

6~00

4322-

6156
8186
6218

6158
6189
6220

6160
6192
6223

1616>

1627.
1926'
2108*

4480

878'
5081'

5047'"
5010
5041

5388

1667'
1956*

2220*
2585'-

3008*
3316*
3694394~'"

4174-

373839604188-

4411 '"

146'.
1707-

4416
1470'
1736-

1985*
2273.

2003*
2337-

2661_
30613351'
3749,
3977.
4232-

309033603769'
3995'
4245'

2704.

4418

1485.

1497.
1789*
2033*

3421.

3145*
3496*

3782_
4012_
4395

3794>

3517*
3805*

1524*
1822.
2072·
2440·
2858*
3194*
3544.
3819*

4029*
4412.

40684418

40984470

1747'
2020'
2363'
27553141*

2389'
2791 '"

1798*
2051·
241S*
28223151*

1587'

188S·

1909*

2090'

209925072901322635923860'
4134'

2481*

2877-

2888-

3216*

3220·

35563833_
4111-

3571'
38464123'

843'
847.

27-uUN-78 09:33
PAGE 141
CfKTHBO POP 11 /34 MEM MGNT 01 ~G MACYl1 30A( 1 052)
CROSS REFERENCE TABLE -- USER SYM80LS
CfKTHB,Pl1
27-uUN-78 09: 27
$MADR3

001270
$MADR4
001274
001226
$MAI L
$MAMSI
001256
$MAMS2
001262
$MA1.S3
001266
$MAMS4
001272
000206
$M8ADR
$MFLG
040334
$MNEW
037446
$MSGAO
001242
$MSGLG 001244
$MSGTY
001226
037435
$~"S\oJR
$MTYPI
001257
$:.1TYP2
001263
$MTYP3
001267
$MTYP4
001273
$MXCNT
035316
$NULi.
001154
$NWTST. 000001

850_
853'
749
837<
845'
848'
85tH
749.

5045*
4772
823'
824#
8171¥
4769
838"
846'
'849'
852#
4408
78"
1438.
1648
191111

$DCNT
04C636
$OCTV L 041264
$OMOOE
040640
$OVER
035302
$PASS
001234
$PASTM 000212
$PWRAD 041530
$PWRON 041370
$PWRMG 041524
$PWRUP
041442
$QUES
001222
$ROCHR
037010
$RODEC. "' ....... U
$ROLIN
037130
$ROOCT. •••••• U
$ROSZ = 000010
001160
$REGAD
$REGO
001162
$REGI

001164

!REG2
$REG3
$REG4
$REG5
$RESRE
$RTNAD
$RTRN

001166
001170
001172
001174
041124
035030
035024

$R2A

.. "fl.""" •• U

2533·
2941'
3269'
36203913'
4147.

2237
2916.
3326
4049'
5154*
5324

5149*
4372
820.
75"
5432.
1359
5430.
5409
808.
4836.
5393
4864"
5393
4857#
79"
793'
6209
794.
6225
795.
796.
797.
798.
5299.
435"
1367
5395

753

816#

1397

5051
4927#

5086'

5090.

5061.

5064

1412

SEQ 0139

4410

4457

4985

1526.
1768
2053.
2615
3122.
3576

1528
1824#
2055
2727'
3124
3623.

1564'
1826
211 ON
2729
3199.
3625

4402

4419

4940

5066~

5059
4925'

4418.
5012
1440
1686'
1913
2305.
2918
3503'
4051
5183'
5349.
5153'
4388
1397'

5067'

5079

5083"

5041
1463.
1688
1960.
2307
2989'
3505
4205.
5196.

1465
1726.
1962
2465#
2991
3547.
4207

1488'
1728
2005'
2467
3049#
3549
4247#

1490
1766'
2007
2613'
3051
3574'
4249

5158
4396
4299-

5161'
4406
4300-

5172'
4415.
4311

5198.
4352

1566
1848.
2112
2794.
3201
3704#

3706

3276
3878'

1646.
1867
2235'
2864
3324.
3880

1606'
1850
21821
2796

32741

1608

1865N
2184

28621

5399.

5427

5415'
4480
5391

4823

4905

4922

5041

4435*

6152

6154

6158

6160

6163

6165

6175

6189

6192

6194

6197

6215
4436-

6152

6158

6160

6165

6179

6200

6207

6209

6212

6215

8223

6160
6.13
6168
6165

6165
6175
6no
6170

6179
6183
6186
6173

6181
6197
6189
6175

6183
6212
6192
6177

6186

6194

6207

6225

6194

6197

6220

6227

1374'

4327

4346#

5392

4437'

4438*
4439'"
4440.
5394
1369-

4l!W.
CFKTHBO PDP 11/34 MEM MGNT DIAG MACY 11 30A( 1052) 27-~UN-7B 09:33 PAG~ 142
Crl~THB.P11
27-JUN-78 09: 27
CROSS REFERENCE TABLE -- USER SYMBOLS
$SAVRE
$SAVRij
$SCOPE
$SETUP.

0011066
0,11552
035040
000137

SSTUP •
SSVl.AD
SSVPC •
$SWR •

177777
035248
000204
177400

$SWQEG

001250

$SWRMK= 000000

neIT
$ TESTN
STIMES
STKB
$TKS
$TMPO

035032
001232
001212
001146
001144
001176

$TMPI

001200

$ TMP2

001202

S IM?3
$TMP4
STMP5
$TN
•

00120A
001206
001210
000053

$TPB
$ TPFLG
STPS
STRAP
$TRAP2
$TRP •

0011 52
0011 57
001150
041302
041324
000015

PRPAO
$TSTM
$TSTNM
$TTVIN
$TVPBN
$TYP05
STYPE

041336
000210
001102
037406
040340
040642
037810

5283M
540B.
1353
71111

4297
711N
4380
726M
515M
1362
1735
2478
3555
4361
4399
4468
828'
532
1378819N
~05'

784N
783N
799.
2565_
3673800N

3440*
3610
801M
4176.
802#
803#
804N
515'
1592
1766
2005
2465
2989
3516N
4049
786N
790N
7B5'
1357
5369.
5373'
5394N
5363
750.
763'
4B66
5101N
5211.
4979N

5393
5416
4369'
1352
4370

SEQ 0140

5417-

5418>

5436M

1353
4434

13SS
4467

1357
4475

1359
4752

1361
4929

1362
5434

1363

1365

1379

1406

1409

525
1365
lB35
2745
3639
4363
4412
5433

526
1379
1857
2812
3717
4364
4415

527
13BO
1876
2B74
3691
4365
4418

52B
1446
1923
2926
4062
4371
4425

529
1470
1970
2999
4214
4383
4426

530
1497
2018
3061
4257
4385
4427

531
1536
2071
3135
4291
4386
4428

532
1575
2121
3212
429B
4389
4429

B05
1615
2196
32B9
4325
4390
4445

B06
1655
2249
3339
4338
4391
4452

807
1695
2323
3516
4352
4398
·4484

4418

4409'
731
521
1363
1779
263B
3587
4362
4400
4480
1400
533
4342*
4410·
1362'"
4750
4750
23432570
36763362'
3444·

4365
43526

4366
5434_

4387

429B4761
4759
2348
2591368033743450-

43984778
4775
2369'
2596
3681
3377.
3453-

4405
4B40
47872374
2663.
6170
3378
3459-

44084846
480723952943*
6181
3384*
3466'

4838
2400
2973
6183
3389.
3473-

4844
24B7'
30106186
33933478-

2492
3040
6202
3394
3485-

25133365'
6220
34223491'

2518
3372

25393663.

2544
3669'

34243599-

3430.
3605'

3434.
3609-

3366'
4177

3~'5

3821.

3822

3848'

3849

3980

39Bl*

4015-

4017

4149'

4150

6202

4941*
143B
1615.
1824
2053
2613
3049
3555.
4189
5041
5041
5041

4947
1446N
1632
1835N
207"
2638N
30611
3574
4205

1463
1646
184B
2110
2705
3122
35871
4214'

1470.
1655.
lB57M
21211
2727
3135.
3623
4247

1488
1672
1859
2182
2745N
3199
3639.
42571

1491*
1686
1865
2196N
2794
3212#
3704

1526
1695'
1876M
2235
2812#
3274
37171

1536N
1712
1911
2249'
2862
3289N
386,

1542
,726
1923N
2275
2874.
3324
381&

1564
1735.
1960
2305
2916
3339.
3891#

1575N
1752
1970'
2323'
2926'
3503
4031

5383.

53B4N

53B5.

5386.

53871

5388

5389'

5390

53911

53921

5393.

4360
4885

4387
4903

4409"
4917

44'0
49211

4415

44,9

4441

4444

4480

4943

5373

536'

4940'
521
1606
1779N
2018N
2478.
2999.
3547
4062*
5030'
4979
5028
5358'
5380
5382#
5395#
5380.
4297"
4867
5386
5385
5072

CFKTH80 PDP 11/34 MEM MGNT OlAG MACYl1 30A( 1052) 27-~UN-7B 09:33 PAGE 143
27-JUN-7B 09: 27
CROSS REFERENCE TABLE -- USER SYMBOLS

CFKTHB.P11

$TYI'EC
$TyrEX
$TYi'DC
$ TYPON
$ TYPOS
$UNIT
$UNITM
$USI<R
$VECTI
$VECT2
$XTSTR
$$GET4.
SOF I LL
$40CATo
•

040022
040070
040440
040454
040414

001240
000214
001252
001276
001300
035052
000001
040637
U
052261

.......

,$ASH.
U
,$X
• 000204

4809
5034
5152*
5151
5147N
822N
752N
8291
854N
B55.
4374N
4325N
5148.
4371
713N
1350
4929N
5045
737.

5009
5036
5382
5154'
5383

4330
51524454
717t
1379
5041
5046
142

5016

5023

5039.

5028'

5029

7311
4354'
5411

SEQ 0,4,

5384

5162

5191*

726
1380
5093N

727.
4310'

729N
4352

52851

5349'

737
4418
5437

738N
4419
5445N

740#
4480

1421
4571#

760'
4750

811

49211

13421
4922

l¥

CFK THBO PDP 11/34 MEM MGNT DUG MACY 11 30A ( 1052)
27-JUN-7B 09: 33
PAGE 145
CFKTHB.Pll
27-JUN-78 09:27
CROSS REFERENCE TABLE
MACRO NAMES
ADDTST
CDMMEN
ENDeOM
ERROR

710'

,.
IN

53U
1715
2029
2524
2953
3240
3493
3B69
4141

ESCAPE
GcTrR!
GETSWR
M..iGI
M3G10

..,SGll
MSGI2
:~SGI

MSG14
MSGI5
r~SGI6

MSG17
MSG2
MSG20
MSG21
MSG21 A
MSG218
MSG21 C
MSG22
MSG23

MSG24
MSG25
MSG26
MSG27
MSG3
MSG30
MSG31
MSG31 A
MSG32
MSG)3

MSG34
MSG35
MSG36
MSG36A
MSG37
MSGO
MSG40

IN
IN

,.
1438#
1686N
1726'
1 i66N
1 B24'
lB48'
lB65'
1911N
1960N
1463N
2005'
2053'
211 ON
2182'
2235'
2305N
2465'
2613N
2727>
2794'
2862#
1488N
2916'
2989.
3049>
312U'
3198'
3273'
332,.

3502#
3547N
3573'
1526"
3622_

MSG41

3704N

MSG42

3878_

MSG43
MSG44
MSG45
MSG5
MSG6

4C49p1

4205_
4247#
1563'
1606,

2337
643'
643.
1303
1750
2041
2550
2961
3247
3533
3905
4155
643N
643.
643'
1440
16B8
1728
1768
~ 826
1850
1 B67
1913
1962
1465
2007
2055
2112
21B4
2237
2307
2467
2615
27.g
2796
2864
1490
2918
2991
3051
3124
3201
3276
3326
3505
3549
3576
1528
3625
3706
3880
4051
4207
4249
1566
1608

2363

2389

24Bl

2507

2533

2559

2585

1333
1755
2130
2576
296B
3261
3567
3923
4169

1454
1185
2141
2602
3012
3306
3594
3940
41B2

1479
1794
2152
2673
3020
3347
3612
3955
4197

1507
1806
2164
2717
3028
3356
3683
3971
4223

1520
1815
2212
2764
3035
3380
3759
3989
4228

1545
1841
2266
2775
3065
3396
3764
4006
4239

1590
1860
2285
2784
3076
3405
3777
4025
4266

SEQ 0142

1595
1883
2354
2831
3084
3427
3789
4039
4273

1630
1896
2380
2842
3154
3437
3800
408S
4658

1635
1930
2406
2851
3165
3447
3812
4093
4672

1670
1943
2433
2884
3172
3456
3827
4106
46B6

1675
19B1
2456
2896
3186
3469
3B40
4118
4700

4338
1409.

27-.JUN-79 09:33 PAGF 146
CFKTHBO PDP 11/34 MEM MGNT D!AG MACVll 30A( 1052)
CFKTHB.Pl1
27-JUN-7B 09: 27
CROSS REFERENCE TABLE -- MACRO NAMES
MSG7

MULT
NEWTST
por
PUSH
REPORT
SAVR
SCOPE
SETPR!
SF.TTRA
SETUP
SK I P
SLASH
SPACE
STARS

1646'
IN
IN

1911
3049
IN
IN
IN

710'
538N
1969
3134
IN
5373'
IN
IN
IN
643N

1463
1693
2005
2636
3103
3585
4287
4752
S_RSU
T !Mr~SG
T IMTST
TRMTRP
T'lPB!N
TYPDEC
TYPNAM
TYPNUM
TYPOCS
TVPDCT
TYPTXT
USER
WMSG
wTST
$$CMRE
$$CMTM
$$ESCA
UNEWT

710'
710.
5373'
IN

,.
IN
IN

IN
IN
IN
710N
710N

710'
754'
754'

,.
IN

191 t

USEr
USETM
$$SETU
$$SKI P
• EQUAT
• HEADE
• KTll
• SETUP
.SWRH!

3049
5373.
1397N
1365N
IN
1N
IN
IN
IN

164B
643N
643'
1960
3122
643N
643.
643#
4435
1445
2017
3211
643.
53'":2
643.
643N
643'

1438
2005
3199
5087
5048

1463
2053
3274
508B
5050

148B
2110
3324
5252
5071

1526
2182
3503
5304
5211

1564
2235
3547
5420
5284

1606
2305
3574
5421
5401

1646
2465
3623

1469
2070
328B

1496
2120
3338

1535
2195
3515

1574
2248
3554

1614
2322
3586

1654
2477
3638

5383
1344
1542

5384

5385

5366

5388

1592

1632

1672

1712

643#
1468
li26
2016
2727
3118
3623
4357
4B28
643.
1608
1615

724
1488
1733
2053
2743
3122
3637
4421
4857
1381N
1648
1655

734
1495
1766
2069
2794
3133
3696
4482
4964

736
1526
1777
2110
2810
3199
3701
4576
5043

743
1534
1824
2119
2862
3210
3704
4583
5100

756
1550
1833
2182
2872
3274
3715
4595
5124

1688
1695

1728
1"15

643'
643.
643'
643N
643.
643.
643N
BBO
2729
2745
793
799
643.
643.
1960
3122
53B2

4548
4311
1402

4318

4541

4947

4507
4307

4534
4314

4770

4944

2796
2B13
794
800

795
801

796
802

797
803

798
804

1438
2005
3199
5383

1463
2053
3274
5384

14B8
2110
3324
5385

1526
2182
3503
5386

1542
533
516
643
711
521

1592

1632

1872

643.

515_
515'
515.
515.
515N

1710
1993
2498
2945
3229
34Bl
3SS5
4129

SEQ 0143

1686
2613
3704

1726
2727
3878

1766
2794
4049

lA24
2B62
4205

lB48
2916
4247

1865
2989

1694
2637
3716

1734
2744
3890

1778
2811
4061

1834
2873
4213

1856
2925
4256

1875
2998
4296

1922
3060

5390

5391

5392

5393

5394

1752

lB59

2275

2705

3861

4031

4189

811
1561
1848
2194
2904
3287
3876
4601
5201

814
1564
1855
2235
2914
3324
3B69
4611
5268

1::-84
1573
186r;
2247
2916
3337
4049
4619
5313

1291
1606
2305
2924
3503
4060
4640
5352

1311
1613
1911
2321
2989
3514
4205
4648
5397

1318
1646
1921
2465
2997
3547
4212
4709
5413

143B
1653
1960
2476
3049
3553
4247
4723

1444
1686
1968
2613
3059
3574
4255
4749

1564
2235
3547
5306

1606
2305
3574
5390

1646
2465
3623
5391

1686
2613
3704
5392

1726
2727
3878
5393

1766
2794
4049
5394

1824
2862
4205

1848
2916
4247

1865
2989

1712

1752

1659

2275

270$

3861

4031

4189

5407

1974

27-~UN-7e
09:33
PAGE 147
CFI<THBO PDP 1 1/34 MEM MGNT OIAG MACVI1 30A(1 052)
CROSS REFERENCE TABLE -- MACRO NAMES
27-JUN-78 09:27
CFK1'HB. P11

.swlno
• j,A(;T1
.$APTB
o$APTH
· $APrv

533.
1M

u
1M
l'

.$A5TA
· $CATC

.>CI~TA

.$DIJ20
• $D020
• ~DI V
,'HOP
o !.[RRO
• $E·?RT
• :i~r1Ul T

• :~POwE

,."
1M
TN

"
1M
1M

.:b5tJ20
• 'J.5COP
.f51ZE
.$5dPR
· $ TRAP
• 'Sf YPB
· iT YPO
• $TYPE
• $ TYPO

515.
51511

711
754

515.

5311

515.
515.
515.

4285
4419

515.

5395

· 'RuDE
• b~:)QC

732
5041

• $Q '\NO

• ';RF,,:)
· £;1~AZ
• i>3AV,E
• o~S1;l20

722

515.
812.
51511
51511

. 5: 5'

4747

51e,N

5266

515.

4355

5350
5098
5199
4962
5122

"uTN

,."
1M
U

515N

515 ..

U
U

515.

• i>4QCA

.1170

A35.

05n67

000

ERRORS DETECTE.O:
C FKTHS. CFKTHB. LS T /CRF /SOL=CFK THB. SML. CFKTHB. PI 1
RUN-T IME: 22 30 2 SECONDS
RUN-TIME RATIO: 266/55=4.8
CORE USED:
39K
(77 PAGES)