sw/maindec/eae_8e/maindec-8e-d0lb-d.txt

   1                         DISCLAIMER
   2
   3         This document file was created by scanning  the
   4         original  document and then editing the scanned
   5         text.  As much as possible, the  original  text
   6         format was  restored.  The original page breaks
   7         have been  removed.  The original  spelling and
   8         grammar  has  been  preserved.   The  assembler
   9         listing  of   the  original  document   is  not
  10         included in this document.
  11
  12         B. Baehr (bb@balloo.han.de), Feb. 22, 1999
  13
  14
  15
  16
  17
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  19
  20
  21
  22
  23         PRODUCT CODE:           MAINDEC-8E-D0LB-D
  24
  25         PRODUCT TEST:           KE8-E (EAE) INSTRUCTION TEST 1
  26
  27         DATE CREATED:           FEBRUARY 9, 1972
  28
  29         MAINTAINER:             DIAGNOSTIC GROUP
  30
  31         AUTHOR:                 ED FORTMILLER
  32
  33
  34                         COPYRIGHT © 1972
  35                         DIGITAL EQUIPMENT CORPORATION
  36 \f
  37 1.      ABSTRACT
  38         --------
  39
  40         THIS PROGRAM IS A TEST OF ALL THE KE8-E EAE INSTRUCTIONS.
  41         (EXCEPT MULTIPLY AND DIVIDE).
  42
  43 2.      REQUIREMENTS
  44         ------------
  45
  46 2.1     EQUIPMENT
  47         --------
  48
  49         PDP-8/E OR /M PROCESSOR, KE8-E OPTION, AND A TELETYPE ARE REQUIRED.
  50
  51 2.2     STORAGE
  52         -------
  53
  54         LOCATION 0000 THROUGH 7600 ARE USED.
  55
  56 2.3     PRELIMINARY PROGRAMS
  57         --------------------
  58
  59         ALL PROCESSOR RELATED TEST PROGRAMS MUST HAVE BEEN RUN
  60         SUCCESSFULLY.
  61
  62 3.      LOADING PROCEDURE
  63         -----------------
  64
  65 3.1     METHOD
  66         ------
  67
  68         THE BINARY LOADER IS USED TO LOAD THE PROGRAM INTO ANY DE-
  69         SIRED FIELD.  REFER TO THE BINARY LOADER DOCUMENTATION IF
  70         UNFAMILIAR WITH ITS USE.
  71
  72 4.      STARTING PROCEDURE
  73         ------------------
  74
  75 4.1     CONTROL SWITCH SETTING
  76         ----------------------
  77
  78         CONTROL SWITCH SETTINGS DO NOT APPLY TO STEP COUNTER, GT, MODE,
  79         AND COMBINED TESTS.  AN ERROR WILL BE INDICATED BY A PROGRAM HALT.
  80
  81         SR0=1   HALT ON ERROR
  82
  83         SR1=1   SCOPE MODE (REPEAT PATTERN AND/OR TEST)
  84
  85         SR2=1   PRINT ERROR INFORMATION
  86
  87         SR3=1   DO NOT EXIT CURRENT TEST.
  88
  89         SR10=11 SR10    SR11
  90                 0       0       EXECUTE TEST IN "A" AND "B" MODES
  91                 0       1       EXECUTE TEST IN "A" AND "B" MODES.
  92                 1       0       SELECT "A" MODE.
  93                 1       1       SELECT "B" MODE.
  94 \f
  95 4.2     STARTING ADDRESS
  96         ----------------
  97
  98         THIS PROGRAM STARTS AT LOCATION 0200.
  99
 100 4.3     PROGRAM AND/OR OPERATOR ACTION
 101         ------------------------------
 102
 103         WITH THE PROGRAM LOADED IN CORE PROCEED AS FOLLOWS:
 104
 105         A.  INSURE TELETYPE IS ON-LINE.
 106
 107         B.  LOAD ADDRESS 0200.
 108
 109         C.  SET ANY DESIRED OPTIONS IN THE SR.
 110
 111         D.  PRESS CLEAR AND CONTINUE.
 112
 113                 NOTE:
 114
 115                 FOR A NORMAL PROGRAM RUN, SET SR SWITCHES TO 5000.
 116                 PROGRAM WILL RUN CONTINUOUSLY EXECUTING THE TEST IN "A"
 117                  AND "B" MODES UNLESS AN ERROR IS DETECTED AT WHICH TIME
 118                 THE ERROR INFORMATION WOULD BE PRINTED OUT AND THEN
 119                 THE PROGRAM WILL HALT.
 120
 121 5.      ERRORS
 122         ------
 123
 124 5.1     PROGRAM AND/OR OPERATOR ACTION.
 125         -------------------------------
 126
 127         THE PURPOSE OF THIS PROGRAM IS TO DETECT OPERATION ERRORS
 128         IN THE KE-8 HARDWARE.  UPON DETECTION OF AN ERROR, THE
 129         PROGRAM EITHER HALTS, OR GIVES AN ERROR PRINTOUT DE-
 130         PENDING ON THE SETTING OF SR 0 AND 2.
 131 \f
 132 5.2     ERROR HALTS AND DESCRIPTION
 133         ---------------------------
 134
 135         LOC 0236        MQL FAILED TO CLEAR THE AC OR THE LINK WAS CLEARED.
 136
 137         LOC 0447        MQL FAILED TO CLEAR THE AC OR THE LINK WAS SET.
 138
 139         LOC 0562        MQL FAILED TO LOAD THE MQ OR MQA FAILED TO LOAD
 140                         THE AC.
 141
 142         LOC 0727        MQL FAILED TO LOAD THE MQ OR MQA FAILED TO LOAD
 143                         THE AC.
 144
 145         LOC 1054        MQA FAILED TO "INCLUSIVE OR" THE MQ WITH THE AC.
 146
 147         LOC 1222        MQA FAILED TO "INCLUSIVE OR" THE MQ WITH THE AC.
 148
 149         LOC 1301        SAM INSTRUCTION FAILED.
 150
 151         LOC 1414        SAM INSTRUCTION FAILED.
 152
 153         LOC 1477        SHL INSTRUCTION FAILED.
 154
 155         LOC 1631        SHL INSTRUCTION FAILED.
 156
 157         LOC 1716        LSR INSTRUCTION FAILED.
 158
 159         LOC 2031        LSR INSTRUCTION FAILED.
 160
 161         LOC 2116        ASR INSTRUCTION FAILED.
 162
 163         LOC 2231        ASR INSTRUCTION FAILED.
 164
 165         LOC 2516        DPSZ INSTRUCTION FAILED.
 166
 167         LOC 2637        DPIC INSTRUCTION FAILED.
 168 \f
 169         LOC 2703        DPIC INSTRUCTION FAILED.
 170
 171         LOC 3014        DCM INSTRUCTION FAILED.
 172
 173         LOC 3124        DAD INSTRUCTION FAILED.
 174
 175         LOC 3274        DAD INSTRUCTION FAILED.
 176
 177         LOC 3434        DST INSTRUCTION FAILED.
 178
 179         LOC 3531        DST INSTRUCTION FAILED.
 180
 181         LOC 3653        NORMALIZE INSTRUCTION FAILED.
 182
 183         LOC 4336        NORMALIZE INSTRUCTION FAILED.
 184
 185         LOC 4520        NORMALIZE INSTRUCTION FAILED.
 186
 187         LOC 4605        EAE NOP SKIPPED.
 188
 189         LOC 4610        EAE NOP MODIFIED THE AC.
 190
 191         LOC 4614        EAE NOP MODIFIED THE MQ.
 192
 193         LOC 4622        EAE CLA SKIPPED.
 194
 195         LOC 4624        EAE CLA FAILED TO CLEAR THE AC.
 196
 197         LOC 4630        EAE CLA MODIFIED THE MQ.
 198
 199         LOC 4637        AC OR MQ NOT CLEARED BY CAM.
 200
 201         LOC 4650        SWP FAILED.
 202
 203         LOC 4655        SWP FAILED.
 204
 205         LOC 4666        ACL FAILED.
 206
 207         LOC 4710        DLD (CAM DAD) FAILED.
 208
 209         LOC 4715        DLD (CAM DAD) FAILED.
 210
 211         LOC 4736        DDZ (CAM DST) FAILED.
 212             4741
 213             4744
 214
 215         LOC 4752        "B" MODE NORMALIZE FAILED TO CLEAR AC.
 216
 217         LOC 5004        CLEAR KEY FAILED TO SET "MODE A" OR DPSZ FAILED.
 218
 219         LOC 5010        SWAB FAILED TO SET "MODE B" OR DPSZ FAILED.
 220
 221         LOC 5015        SWBA FAILED TO SET "MODE A".
 222
 223         LOC 5023        CAF FAILED TO SET "MODE A".
 224 \f
 225         LOC 5031        SCL OR SCA ERROR.
 226             5040
 227             5047
 228             5056
 229             5065
 230             5074
 231             5103
 232             5112
 233             5117
 234             5126
 235             5135
 236             5145
 237             5155
 238
 239         LOC 5163        ACS INSTRUCTION FAILED
 240             5170
 241             5205
 242             5210
 243
 244         LOC 5220        RTF INSTRUCTION FAILED TO SET GT FLAG TO 0 OR
 245                         GTF FAILED TO GET IT.
 246
 247         LOC 5230        RTF INSTRUCTION FAILED TO SET GT FALG TO 1 OR
 248                         GTF FAILED TO GET IT.
 249
 250         LOC 5236        SGT SKIPPED WITH GT FLAG NOT SET.
 251
 252         LOC 5243        SGT FAILED TO SKIP WITH GT FLAG SET.
 253
 254         LOC 5252        SWBA FAILED TO CLEAR THE GT FLAG.
 255 \f
 256 5.3     ERROR PRINTOUTS
 257         ---------------
 258
 259 5.3.1   MQL TESTS
 260         ----------
 261
 262         MQLT    MODE A (OR B)
 263
 264         AC   1  000000000011
 265         0-AC 1  000000000001
 266
 267         MQLT    MQL INSTRUCTION TEST WITH LINK SET TO A 1.
 268         AC      THE ORIGINAL C(AC) AND C(L).
 269         0-AC    C(AC) AND C(L) AFTER THE MQL INSTRUCTION WAS
 270                 EXECUTED.
 271                 NOTE THAT BIT 11 OF AC SHOULD EQUAL 0.
 272
 273         MQLT1   MODE A (OR B)
 274
 275         AC   0  000000000001
 276         0-AC 0  000000000001
 277
 278         MQLT    MQL INSTRUCTION TEST WITH LINK SET TO A 0.
 279         AC      THE ORIGINAL C(AC) AND C(L)
 280         0-AC    C(AC) AND C(L) AFTER THE MQL INSTRUCTION
 281                 WAS EXECUTED.
 282                 NOTE THAT BIT 11 OF THE AC SHOULD EQUAL 0.
 283
 284 5.3.2   MQA TESTS
 285         ---------
 286
 287         MQAT    MODE A (OR B)
 288
 289         AC  1   000000000001
 290         MQL)1   000000000000
 291         MQA)
 292
 293         MQAT            MQA MQL INSTRUCTION TEST WITH THE LINK SET
 294                         TO A 1.
 295         AC              THE ORIGINAL C(AC) AND C(L).
 296         MQL MQA         THE C(AC) AND C(L) AFTER THE EXECUTION OF
 297                         AN MQL INSTRUCTION FOLLOWED BY AN MQA IN-
 298                         STRUCTION.  NOTE THAT BIT 11 OF THE AC SHOULD
 299                         BE A 1.
 300
 301         MQAT1   MODE A (OR B)
 302
 303         AC   0  100000000000
 304         MQL) 0  011111111111
 305         MQA)
 306 \f
 307         MQAT1   MQL,MQA INSTRUCTION TEST WITH THE LINK SET TO A 0.
 308         AC      THE ORIGINAL C(AC) AND C(L).
 309         MQL,MQA THE C(AC) AND C(L) AFTER THE EXECUTION OF AN MQL
 310                 INSTRUCTION FOLLOWED BY AN MQA INSTRUCTION.
 311                 NOTE THAT THE C(AC) SHOULD BE 4000.
 312
 313
 314         MQAT2   MODE A (OR B)
 315
 316         AC    1 111111111110
 317         MQ      000000000001
 318         MQVAC 1 000000000000
 319
 320         MQAT2   MQA INSTRUCTION TEST.
 321         AC      ORIGINAL C(AC) AND C(L).
 322         MQ      ORIGINAL C(MQ).
 323         MQVAC   THE C(AC) AND C(L) AFTER THE EXECUTION OF AN MQA
 324                 INSTRUCTION.
 325                 NOTE THAT THE C(AC) SHOULD BE 7777.
 326
 327         MQAT3   MODE A (OR B)
 328
 329         AC    0  111111111110
 330         MQ       000000000001
 331         MQVAC 0  000000000000
 332
 333
 334         MQAT3   MQA INSTRUCTION TEST.
 335         AC      ORIGINAL C(L) AND C(AC).
 336         MQ      ORIGINAL C(MQ).
 337         MQVAC   THE C(AC) AND THE C(L) AFTER THE EXECUTION
 338                 OF AN MQA INSTRUCTION.
 339                 NOTE THAT THE C(AC) SHOULD BE 7777.
 340
 341 5.3.3   SAM TESTS
 342         ---------
 343
 344         SAM TEST 0 (OR 1) MODE B
 345
 346                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 347
 348         PROBLEM   1     000000111111    000001000000    0       000000000000
 349         SIMULATED 0     000000000001    000001000000    1       000000000000
 350         ACTUAL    0     000000000000    000001000000    1       000000000000
 351
 352         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING
 353                         A SAM INSTRUCTION.
 354         SIMULATED       WHAT THE RESULTS SHOULD BE.
 355         ACTUAL          WHAT THE RESULTS WERE FROM THE EXECUTION OF
 356                         A SAM INSTRUCTION.
 357                         NOTE THAT AC SHOULD BE 0001 IN THE "ACTUAL".
 358 \f
 359 5.3.4   SHL TESTS
 360         ---------
 361
 362         SHL TEST 0 (OR 1) 0003 SHIFTS  MODE A (OR B)
 363
 364                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 365
 366         PROBLEM   1     000100100001    000100000001    0       000000000010
 367         SIMULATED 0     100100001000    100000001000    0       000000000000
 368         ACTUAL    0     100100000000    100000001000    0       000000000000
 369
 370         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING AN
 371                         SHL INSTRUCTION.  THE NUMBER CONTAINED IN C(SC) IS
 372                         THE CONTENTS OF THE ADDRESS FOLLOWING THE SHL
 373                         INSTRUCTION.
 374         SIMULATED       WHAT THE RESULTS SHOULD BE.
 375         ACTUAL          WHAT THE RESULTS WERE FROM THE EXECUTION OF AN
 376                         SHL INSTRUCTION.
 377
 378 5.3.5   LSR TESTS
 379         ---------
 380
 381         LSR TEST 1 (OR 0) 0004 SHIFTS  MODE B (OR A)
 382
 383                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 384
 385         PROBLEM   1     000000111111    000000001111    0       000000000100
 386         SIMULATED 0     000000000011    111100000000    1       000000011111
 387         ACTUAL    0     000000000011    111100000000    0       000000011111
 388
 389         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING AN
 390                         LSR INSTRUCTION.  THE NUMBER CONTAINED IN C(SC)
 391                         IS THE CONTENTS OF THE ADDRESS FOLLOWING THE LSR
 392                         INSTRUCTION.
 393         SIMULATED       WHAT THE RESULTS SHOULD BE.
 394         ACTUAL          WHAT THE RESULTS WERE FROM THE EXECUTION OF AN
 395                         LSR INSTRUCTION.
 396                         NOTE THAT THE C(GT) SHOULD BE 1 IN THE "ACTUAL".
 397 \f
 398 5.3.6   ASR TESTS
 399         ---------
 400
 401         ASR TEST 0 (OR 1) 0002 SHIFTS  MODE B (OR A)
 402
 403                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 404
 405         PROBLEM   0     000000000110    000000100001    1       000000000010
 406         SIMULATED 1     110000000001    100000001000    0       000000011111
 407         ACTUAL    1     110000000001    000000001000    0       000000011111
 408
 409         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING
 410                         AN ASR INSTRUCTION.  THE NUMBER CONTAINED IN C(SC)
 411                         IS THE CONTENTS OF THE ADDRESS FOLLOWING THE ASR
 412                         INSTRUCTION.
 413         SIMULATED       WHAT THE RESULTS SHOULD BE.
 414         ACTUAL          WHAT THE RESULTS WERE FROM THE EXECUTION OF AN
 415                         ASR INSTRUCTION.
 416                         NOTE THAT THE C(MQ) SHOULD BE 4010 IN THE "ACTUAL".
 417
 418 5.3.7   DPSZ TESTS
 419         ----------
 420
 421         DPSZ TEST 0  MODE B
 422
 423         NO SKIP OCCURRED
 424
 425                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 426
 427         PROBLEM   0     000000000000    000000000000    0       000000000000
 428         SIMULATED 0     000000000000    000000000000    0       000000000000
 429         ACTUAL    0     000000000000    000000000000    0       000000000000
 430
 431         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING A
 432                         DPSZ INSTRUCTION.
 433         SIMULATED       WHAT THE REGISTERS SHOULD BE AFTER ISSUING THE
 434                         DPSZ INSTRUCTION.
 435         ACTUAL          WHAT THE REGISTERS WERE AFTER ISSUING THE DPSZ
 436                         INSTRUCTION.
 437                         NOTE WITH AC ANC MQ BOTH ZERO A SKIP FAILED TO
 438                         OCCUR.
 439
 440         DPSZ TEST 0  MODE B
 441
 442         SKIP OCCURRED
 443
 444                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 445
 446         PROBLEM   0     000000000000    000000000001    0       000000000000
 447         SIMULATED 0     000000000000    000000000000    0       000000000000
 448         ACTUAL    0     000000000000    000000000000    0       000000000000
 449
 450         PROBLEM         THE CONTENTS OF THE REGISTER PRIOR TO ISSUING A
 451                         DPSZ INSTRUCTION.
 452         SIMULATED       WHAT THE REGISTERS SHOULD BE AFTER ISSUING THE
 453                         DPSZ INSTRUCTION.
 454         ACTUAL          WHAT THE REGISTERS WERE AFTER ISSUING THE DPSZ
 455                         INSTRUCTION.
 456                         NOTE WITH MQ NON ZERO A SKIP OCCURRED.
 457 \f
 458         DPSZ TEST 0  MODE B
 459
 460         REG MODIFIED
 461
 462                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 463
 464         PROBLEM   0     000000000001    000000000000    0       000000000000
 465         SIMULATED 0     000000000001    000000000000    0       000000000000
 466         ACTUAL    0     000000000000    000000000000    0       000000000000
 467
 468         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING A
 469                         DPSZ INSTRUCTION.
 470         SIMULATED       WHAT THE REGISTERS SHOULD BE AFTER ISSUING THE
 471                         DPSZ INSTRUCTION.
 472         ACTUAL          WHAT THE REGISTERS WERE AFTER ISSUING THE DPSZ
 473                         INSTRUCTION.
 474                         NOTE THAT THE C(AC) SHOULD BE 0001 IN THE "ACTUAL".
 475
 476 5.3.8   DPIC TESTS
 477         ----------
 478
 479         DPIC TEST 0 (OR 1)  MODE B
 480
 481                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 482
 483         PROBLEM   1     000000000000    000000000000    0       000000000000
 484         SIMULATED 0     000000000000    000000000001    0       000000000000
 485         ACTUAL    0     000000000000    000000000000    0       000000000000
 486
 487         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING A
 488                         DPIC INSTRUCTION.
 489         SIMULATED       WHAT THE REGISTERS SHOULD BE AFTER THE ISSUING
 490                         OF A DPIC INSTRUCTION.
 491         ACTUAL          WHAT THE REGISTERS WERE AFTER ISSUING THE DPIC
 492                         INSTRUCTION.
 493                         NOTE THAT THE C(AC) SHOULD BE 0001 IN THE "ACTUAL".
 494
 495 5.3.9   DCM TESTS
 496         ---------
 497
 498         DCM TEST 0 (OR 1)  MODE B
 499
 500                 C(L)    C(AC)           C(MQ)
 501
 502         PROBLEM   1     000000000000    000000000001    0       000000000000
 503         SIMULATED 0     111111111111    111111111111    0       000000000000
 504         ACTUAL    0     111111111111    111111111110    0       000000000000
 505
 506         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING A
 507                         DCM INSTRUCTION.
 508         SIMULATED       WHAT THE REGISTERS SHOULD BE AFTER THE ISSUING OF
 509                         A DCM INSTRUCTION.
 510         ACTUAL          WHAT THE REGISTERS WERE AFTER ISSUING THE DCM
 511                         INSTRUCTION.
 512                         NOTE THAT THE C(MQ) SHOULD BE 7777.
 513 \f
 514 5.3.10  DAD TESTS
 515         ---------
 516
 517         DAD TEST 0 (OR 1)  MODE B
 518
 519                 C(L)    C(AC)           C(MQ)           C(GT)   C(SC)
 520
 521         PROBLEM   0     000000011111    000011110101    0       000000000000
 522         TO BE ADDED     111111100000    111100001010
 523         SIMULATED 0     111111111111    111111111111    0       000000000000
 524         ACTUAL    0     111111111111    111111111110    0       000000000000
 525
 526         PROBLEM         THE CONTENTS OF THE REGISTERS PRIOR TO ISSUING
 527                         A DAD INSTRUCTION.
 528         TO BE ADDED     THE CONTENTS OF THE TWO ADDRESS TO BE ADDED TO
 529                         THE AC AND MQ.
 530         SIMULATED       WHAT THE REGISTERS SHOULD BE AFTER THE ISSUING
 531                         THE DAD INSTRUCTION.
 532         ACTUAL          WHAT THE REGISTERS WERE AFTER ISSUING THE DAD
 533                         INSTRUCTION.
 534                         NOTE THAT C(MQ) SHOULD BE 7777 IN THE ACTUAL.
 535
 536 5.3.11  DST TESTS
 537         ---------
 538
 539         DST TEST 0 (OR 1)  MODE B
 540
 541         REG     BEFORE DST      AFTER DST
 542
 543         C(L)    1               1
 544         C(AC)   111111111111    111111111111
 545         C(MSH)                  000000000000
 546         C(MQ)   111110111110    111110111110
 547         C(LSH)                  111110111110
 548
 549         BEFORE DST      THE CONTENTS OF THE REGISTERS BEFORE ISSUING A
 550                         DST INSTRUCTION.
 551         AFTER DST       WHAT THE REGISTERS WERE AFTER ISSUING THE DST
 552                         INSTRUCTION.
 553                         MSH IS WHAT DST STORED FOR THE AC.
 554                         LSH IS WHAT DST STORED FOR THE MQ
 555                         NOTE THAT THE C(MSH) SHOULD BE 7777.
 556
 557 5.3.12  NORMALIZE TESTS
 558         ---------------
 559
 560         NMIT    C(AC)           C(MQ)           MODE A (OR B)
 561
 562                 000000000000    010101010101
 563         NMI     010101010100    000000000000
 564         SCAT    000000001100
 565         SCA     000000001100
 566
 567         NMIT    NORMALIZE AND STEP COUNTER TEST.  ORIGINAL C(AC) AND
 568                 C(MQ).
 569 \f
 570 (5.3.12 CONT'D)
 571
 572         NMI     C(AC) AND C(MQ) AFTER THE NMI INSTRUCTION WAS EXECUTED.
 573
 574         SCAT    THE CORRECT COUNT OF THE STEP COUNTER AFTER THE NORMALIZE
 575                 INSTRUCTION WAS EXECUTED.
 576
 577         SCA     THE ACTUAL COUNT IN THE STEP COUNTER AS READ INTO THE AC
 578                 BY THE SCA INSTRUCTION AFTER THE NORMALIZE INSTRUCTION
 579                 WAS EXECUTED.
 580
 581                 NOTE THAT BIT 11 OF AC IN ERROR.  C(AC) SHOULD EQUAL TO 2525.
 582
 583 5.4     TABLE OF INSTRUCTIONS
 584         ---------------------
 585
 586         THE FOLLOWING TABLE CONTAINS THE TEST MNEMONICS, STARTING ADDRESS,
 587         ERROR HALT ADDRESS AND INSTRUCTION TESTED.
 588
 589                                                 STARTING        ERROR
 590         MNEMONIC                INSTRUCTIONS    ADDRESS         HALT
 591         --------                ------------    --------        -----
 592
 593         MQLT                    MQL             0204            0236
 594         MQLT1                   MQL             0400            0447
 595         MQAT                    MQL,MQA         0503            0562
 596         MQAT1                   MQL,MQA         0650            0727
 597         MQAT2                   MQA             1000            1054
 598         MQAT3                   MQA             1135            1222
 599         SAMTS0                  SAM             1245            1301
 600         SAMTS1                  SAM             1333            1414
 601         SHLTS0                  SHL             1430            1477
 602         SHLTS1                  SHL             1600            1631
 603         LSRTS0                  LSR             1646            1716
 604         LSRTS1                  LSR             2000            2031
 605         ASRTS0                  ASR             2046            2116
 606         ASRTS1                  ASR             2200            2231
 607         DPSZS0                  DPSZ            2246            2516
 608         DPITS0                  DPIC            2600            2637
 609         DPITS1                  DPIC            2653            2703
 610         DCMTS0                  DCM             2717            3014
 611         DADTS0                  DAD             3030            3124
 612         DADTS1                  DAD             3200            3274
 613         DSTTS0                  DST             3310            3434
 614         DSTTS1                  DST             3450            3531
 615         NORMT                   NMI,SCA         3600            3653
 616         NORMT1                  NMI,SCA         4200            4336
 617         NORMT2                  NMI             4400            4520
 618         COMTST                  NOP,CLA,ACL,CAM 4600            4605-4744
 619                                 SWP,DLD,DDZ,NMI
 620         MDTST                   DPSZ,SWAB,SWBA  0200            5004-5023
 621         TSCL                    SCL,ACS         0200            5031-5210
 622         GTTST                   GTF,RTF,SGT     0200            5220-5252
 623 \f
 624 6.      DESCRIPTION
 625         -----------
 626
 627         THE KE8 EAE INSTRUCTION TEST 1, TESTS THE FOLLOWING EXTENDED
 628         ARITHMETIC ELEMENT INSTRUCTIONS:
 629
 630                 MQL, MQA, SHL, LSR, ASR, DPSZ, DPIC, DCM, DAD,
 631                 DST, NMI, SWAB, SWBA, SGT, RTF, AND GTF.
 632
 633         THE EXTENDED ARITHMETIC ELEMENT IS TESTED USING PATTERNS
 634         NECESSARY TO DETECT AND ISOLATE ERRORS.  IF A FAILURE DOES OCCUR,
 635         THE TEST WILL PRINTOUT THE ERROR INFORMATION AND/OR HALT AT A
 636         PREDETERMINED ERROR HALT ACCORDING TO THE SR SETTING.
 637
 638 7.      EXECUTION TIME
 639         --------------
 640
 641         ONE COMPLETE PROGRAM PASS TAKES APPROXIMATELY 6 MINUTES AND AT
 642         THE END OF EACH PASS "KE8 1" WILL BE PRINTED OUT ON THE TELETYPE.