COURSE NO. CA4020-3 CYBER 18/1700 MSOS ANALYSIS

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COURSE NO. CA4020-3 CYBER 18/1700 MSOS ANALYSIS

STUDY DUMP

REVISION A

For· Training Purposes

Only Control Data Corporation

"\

PROPRIETARY NOTICE

. The

ideas

and designs set forth in this document are the property of Control Data Corporation

and

are not to be dissemi- nated, distributed, or otherwise conveyed to third persons without the express written permission of . Control Data Corporation.

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REVISION RECORD

REVISION .

A

(11-22-78) Manual Release

.tl

(02-01-79) Update Manual C

f06-05-80) . Update Manual

Publication No.

QA4020-3

REVISION LETTERS I, 0, Q AND X ARE NOT USED

CYBER 18/1700 MSOS ANALYSIS

1978,1979,1980 1982

©COPYRIGHT CONTRCk DATA CORPORATION 1982 All Rights Reserved

DESCRIPTION

/

Address comments concerning this man ual to:

CONTROL DATA CORPORATION National Coordinator

5001 West. BOth Street Bloomington, Minnesota 55437 Attn: Curtis Vicha

or use Com men t Shee t in the back

of

this manual.

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SYSDAT INSTAL:

SYSCOP

1v180S ANALYSIS STUDY DV!v1?

CON:'ENTS

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PROGRAM lTMSOSO nnol

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OO]fi PPJ7 OOlfl flPJO OP?O 001') 0022

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NAM SYSOAT HOl/SE II WITU 200 WORDS PARTITIONED CORE SYSTEM DATA PROGRAM - MSOS 5.0

1700 MASS STORAGE OPERATING SYSTEM VERSION 5.0 SMALL SYSTEMS OIVISION, LA JOLLA, CALIFORNIA COPYRIGHT CONTROL DATA CORPORATION 1976

EMS£) HOUSE ^II

PROGRAM BASE - MSOS 4.3 S Y S T E M 0 A TAP R 0 G RAM TARLE or CONTENTS

1. COMMlI~'JCATION EXTER~fALS

2. COMMUNICATION REGIO'" (INClUOJ"'f. APPLICATIONS AREA) 3. ItJTERRtJPT REGIO'"

4. ^I~TERRUPT MASK TABLE (MASKT) 5. EXTH'OEO COMMUNICATIONS REGION

6. STORAf.E STACKS (INTSTK,VOlBLK, SCHSTK) 7. lOf.ICAL UNIT TABLES (LOGIA, LOGI, LOG2) 8. DIAGNOSTIC TABLES (DGNTAB, ALTERR)

9. STANDARD LOGICAL UNIT DEFINITIONS AND LINE 1 TABLE

JO. PJlYSICAL DEVICE TABLES WITH INTERRUPT RESPONSE ROUTINES 11. CORE AllOCATION INFORMATION (CALTUO, LVLSTR, NN'S) 12. CORE PARTITION INFORMATION (PARTIR, TIIOS, USE) 13. SYSTEM COMMON DECLARATION

J4. MISCEllANEOIIS PROr-RAMS J5. MISCELLANEOUS INFORMATION 16. SYSTEM FltE INFORMATION 17. PRESET REGION

IP. START OF SYSTEM OJRECTORY

00001 00002 00003 00001 00005 00006 00007 00008 00009 00010 00011 00012 00013 000]1 00015 00016 nOOl7 00018 00019 00020 00021 00022 00023 00024 00025 00026 00027 00020 00029 00030 00031 00032 00033 00034 00035 00036 00037 00038 00039 00040 00041 00042 000"3 00044 (l0045 00046 on047 00048 00049 00050 00051

SYSOJ\T PJ\GE 2 DJ\TE: 08/27/80

£1£1~3 * ^{COM M U ~ I C J\ T o N S EXT ERN J\ L S 00053}

£1n54 * ⁰⁰⁰⁵⁴

nnr;~

*

⁰⁰⁰⁵⁵

£1056 EXT n'R Flf'JD NEXT REQIIEST 0005(>

£1n~7 FlCT COMPR(1 COMPLETE REQUEST £10057

n£1~fl EXT REnXT REQlIEST EXIT 00058

£1("l5^Q EXT VOLR VOLJ\TILE RELEJ\SE (10059

n("l~n EXT VOLA VOLJ\TILE ASSIG~MENT 00060

nnl" EXl LUJ\RS LOf.ICJ\L Uf'JIT J\BSOLUTIZING 00061

£101'2 EXT SJ\BS STJ\RTING J\OORESS J\BSOLUTIZING 00062

n(1~3 EXT CJ\RS COMPLETION J\OORESS ABSOlUTIZING 00063

nOM EXT NJ\BS NUMBER OF WORDS ABSOllJTIZIf'JG 00064

£1(11'5 DT OISPXX OISPATCUER ⁰⁰⁰⁶⁵

("1066 EXT MONI MONI TOR 00066

(1(lfl7 EXT MSIZV4 HIGHEST CORE LOCATION lISED BY SYSTEM 00067

("101'8 EXT IPROC INTERNAL INTERRUPT PROCESSOR 00068

OO(lQ EXT AllIN COMMON INTERRUPT HJ\NDLER 00069

n ⁿ n

0 r-)

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0

SYSI1I\T PI\GE 3 OATE: Ofl/27/00

nnn *

^{COM M \I N I r. A T ION} R E G ION 00071

non *

⁰⁰⁰⁷²

nnn

0000 ORr. 0 00073

onH

nonn

^5~00 RTJ SYFAIL GO TO COMMON SYSTEM FAILURE ROUTINE 00074

onn)

01 P4

on75

*

⁰⁰⁰⁷⁵

0076 OOO? rooo LPMSK NUM 0 LOGICAL PRODUCT MASK TABLE OF ONES 00076

nn77 onn3 n(ln1

^(lNE NlIM 1 ONE 00077

O(l7R (l004 0003 THREE MIM 3 TUREE 00078

007~ n005 0007 SEVEN NIIM 7 SEVEN 00079

0080 0006 OO(1F NUM $F 00080

0(181 0007 001F NlIM $lF 00081

(10P? 0(10A 003F tRIM $3F 00082

onp3

0009 007F NlIM $7F 0001'3

(lOP4 OOOA OOFF tJUM $FF 00084

OOPS ooon ClIFF NIIM $IFF 00085

(101'1' rO(1£: 03FF NliM $3FF 000P.6

00P7

(lro('l 07FF NtJM PFF 0(1087

OOPA OOOE OFFF ~'IIM $FFF ^0008P

or1'O OOOF IFFF tJlIM ~)FFF 00089

(lngo

0010 3FFF NlIM $3FFF (10090

non) On)) 7FFF NIIM $7FFF (10091

n(192 *

⁰⁰⁰⁹²

(loo3

n012

FFFF ^~IZERO NliM $FFFF LOGICI\L PROOtlCT MI\SK TARLE OF ZEROS (NEG ZERO) 00093

nO~4 00]3 FFFE NlIM $FFFE 00094

nOQs OO)i! FFFr. tJlIM $FFFr. 00095

roof' rn15 FFFR NlIM $FFF8 00096

(1r⁰7 On)fl FFFO NlIM $FFFO 00097

nn~R 0(l17 FFEO tJlIM $FFEO 0009fl

nn~9 onlP FFCO NUM $FFCO 00099

moo 001 ~ FF80 NUM $FFfJO 00100

OHl) O(1)A FFOO NUM $FFO(1 00101

0)07 (1OlB FEOO NlIM $FEOO 00102

0](13 OOJC FCOO NUM $FCno 00103

0)04 0010 F800 NUM $F800 00104

0105 (101E FOOO NUM $FOOO 00105

0]00 OOIF [000 NIIM $EOOO 00106

0](17 OO?O COOO NIJM $COOO 00107

0](18 0021 8000 NUM $8000 00108

SYSnl\T PI\r.E 4 OI\TE: 00/27/80

UJJO * COM M U N I C 1\ T o N REG ION 00110

0) Jl

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⁰⁰¹¹¹

0112 0022 (1000 ZERO NUM 0 ZERO 00112

OJl3 * ⁰⁰⁾¹³

01]11 0(173 ooot ^O~'EB IT ~'IJM 1 ONE AIT TI\RLE 00114

OJ)S 0024 0007 TWO ^~II'M 2 TWO 00115

OJJfl ^00t?~ 0004 FOIJR NUM 4 FOIJR 0(1116

OJJ7 ^r07~ ooor EIGHT NlIM ^R EIr.IfT 00117

011P 0027 0(110 NUM $10 001 18

O)JCl r07l~ Ofl70 tJlIM $70 00119

0)70 007~ 0040 NlIM ~40 00120

01?) flfl211 OOPO NlIM rpO 00121

01?:> OO£'R 0)00 ^~'tJM $100 00127. \

OJ?3 OO?C 0700 ~I"M $700 00123

0174 fl(lt?O MOO NllM $40(1 00124

OJ7~ Ofl7E PPOO NIIM ^~P(10 0017.5

0]76 007F ](1(10 ~'UM $1000 00126

0127 0030 2fl(10 NIIM $2000 00127

OJ7fl (1031 4000 NlIM $4000 00128

0]79 0032 POOO NUM $8000 00129

OJ30 * ⁰⁰¹³⁰

0131 fl033 FFFE ZROBIT NIlM $FFFE ZERO BIT TABLE 00131

0)31> 0034 FFFO NUM $FFFO 00132

OJ33 0035 FFFB NlIM $FFFB 00133

0134 (1(13" FFF7 NOM $FFF7 00134

0135 Ofl37 FFEF NUM. $FFEF 00135

0131) 003P FFOF NlJM $FFOF 00136

0137 0(139 FFBF NUM $FFBF 00137

0138 0031\ FF7F NUM $FF7F 00138

(1139 (103" FEFF NUM $FEFF 00139

01"0 (1(13C FDFF NlIM $FOFF 00140

OJ4)

oo:m

FRFF f'JUM $FBFF 00]41

(1J.12 fl03E F7FF f'JlJM $F7FF 00142

(1)113 003F EFFF f'JlIM $EFFF 0(1143

0]44 (1040 OFFF ~'lIM $OFFF 00144

0145 004J BFFF NlIM $RFFF 00145

(114fl (1042 7FFF f'JlIM $7FFF (1014(i

0)47 * ⁰⁰¹⁴⁷

014fl (10iS3 00(15 FIVE ~'lIM 5 FIVE 00148

o)no (1(144 ^Ofl(1~ SIX f'JIIM fl SIX 00149

0150 ^004~ (100g NIf'JE ^~IIJM 9 NINE 00150

OJ51 004" (10(lA TEN NIJM 10 TEN 00151

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SYSOAT PAGE 5 (lATE : Ofl-/n/flO

OJr-~ * COM M U N I CAT ION R E r. ION 00153

OJ54 * ^0015'1

nJ5!1

_* TillS AREA IS AVAILABLE FOR APPLICATIONS USE 00155

nJ~6 * ⁰⁰¹⁵⁶

nJ57

On1l7

onon NI1M 0 $47 00157

Ol!1ll

nO'1R

0000 NlIM 0 $48 00158

0159 O(1llQ

onnn

Nur~ 0 $49 00159

OHiO OOllA 0000 NtlM 0 $4A 00160

OJ"] 0(14R 0(10n NlIt·' 0 $4B ·00161

OJfl2 OOllC 0000 NlIM 0 $4C 00162

0]f'13 004[) 000(1 NtlM 0 $40 00]63

0](i4 OOtlE 0000 "'liM 0 $4E 0016'1

OJf>5 004F 0(100 NlIM 0 $4F 00165

OHio 0050 (1000 NtlM 0 $50 00166

OJ()7 0051 0000 NlIM 0 $51 00167

O](iR 0052 (10(10 NUM 0 $52 00168

OJfi~ 0053 0(100 NlIM 0 $53 00]69

0170 0054 oono NIJM 0 $54 00170

(1] 71 005~

on(1(1

NtlM 0 $55 00171

fll72 00% ooon tJlIM 0 $56 00172

0173 n057

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NliM 0 $57 00]73

(11,74 O(1Sfl 0000 ^~illM 0 $58 00174

(1J75 nfl5~ (1000 ~llIM 0 $59 00175

0)7(' (1(15A (1(100 NIIM 0 $5A 00176

0177 (1(15R (1(100 NIIM 0 $58 00177

fl17fl fln5C onO(1 ^~1\lM 0 $5C 00178

017⁰ On5(1

nonn

~I"M

n

$50 00179

flJ80

nn5E

ooon NIIM

n

$5E 00180

n]PJ

0(15F (1(10n NlIM 0 $5F 00181

nlp.?

(1n6n

(10(1n NlIM (1

i

^{60 00182}

0]P.3 0061 oono NlJM 0 fil 00183

01P.1I 0067 O(1(1n tJl/M (1 $62 00184

0)fl5 0063 0000 NlIM 0 $63 00185

flJP.o 0064 0000 NUM 0 $64 00186

OIfl7 onfiS

onno

NlIM 0 $65 00187

0188 0(16fl 0000 NUM 0 $66 00188

(1)fl9 onfl7 0000 NUM 0 $67 00189

0190 0068 0000 NUM 0 $68 00]90

0191 0069 0000 NIIM 0 $69 00191

0]92 (1061\ 0000 NlJ~' 0 $61\ 00192

0193 006B (10(10 NlIM 0 $ fiB 00193

(1194 (10fiC 00(10 HUM 0 $6C 00194

0]~5 OOflll 0000 NtlM 0 $60 00195

0196 OOH 0000 NtlM 0 $6E 00196

0)97 OO(lF OO(1n NIIM ^(l $flF 00197

SYS[lAT PAGE 6 [lATE: 00/27/80

02(1(1

_* COM M tJ N I CAT JON REG ION 00200

02rt * ⁰⁰²⁰¹

0702 * TillS AREA IS AVAILABLE FOR I\PPLICATIONS USE 00202

0203 * ⁰⁰²⁰³

0704 or70 0000 NIIM 0 $70 00204

0705 0071 0000 NIIM 0 $71 00205

O?PIi oon oono NOM 0 $72 00206

M07 0073 oono NUM 0 $73 002(17

O?nR r0711 noon NIIM 0 $74 0020fl

070~ r075

onno

f'lUM 0 $75 00209

r7JO 007fi oorr ",UM 0 $16 0021n

0711 r077 0000 NIIM 0 $77 00211

0717 ^or7~ ooor f'lllM 0 $78 00212

0213 nr79 0(l00 rJUM 0 ^"$79 00213

O?H

n071\ nnoo

NUM 0 $7A 00214

P7J5 0071\ 0000 NIIM 0 $7B 00215

02Hi 007e OPOO NlIM 0 $7C 00216

02]7 0070 oono rllJM 0 $70 00217

0?1~ 007E 0000 NlJM 0 $7E 00218

02]9 007F pooo NlJf1 0 $7F 00219

02{£, oono 0000 NUM 0 $80 00220

0221 0081 oono tJOM 0 $81 00221

02?2 OOll?

onoo

NlJM 0 $82 00222

0273 0083 0000 NlJM 0 $83 00223

P224 0(1n4 oono NUM 0 $84 00224

n225 (1085 onoo

NUM 0 $85 00225

(1276 0(186 opon NlJM 0 $86 00226

0227 0087 0.000 NlIM 0 $87 00227

022~ OO~~ O(1no NOM 0 $88 00228

0229

(1(189 onon

NUM

n

$89 00229

0730 OOPA npoo NUM 0 $~J\ 00230

P231 oonB (lPOO NU~1 0 $8B 00231

073(' PP~C 0000 NlIM 0 $nC 00232

0233 or.nn 00(10 f'JUM 0 $PO 00233

P?34 OOBE proo NUM 0 $BE 00234

0235 onrF oono f'JUM 0 $PF 0(1235

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SYSPJlT PI\f,E 7 OI\TE: OR/27/(',O

(1(3?

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COM M II N J CAT ION REG ION 0023(',

ono

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⁰⁰²³⁹

074n

*

mIS AREA IS AVAILABLE FOR APPLICATIONS USE 00240

0?t1] * ⁰⁰²⁴¹

0242 0090 0000 NIIM 0 $90 00242

07t'l3 (1091 0(100 NltM 0 $91 00243

02t'l4 on97 (1000 NUM 0 $92 00244

071l~ 00Q3 0000 NOM 0 $93 00245

(1246 0094 0000 NlIM 0 $94 00246

O?t'l7 onrl~ 0000 NlJM 0 $95 00247

(1248 0096 0000 NIJM 0 $96 00248

0749 0097 O£1oo NIIM 0 $97 00249

0250 009R 0000 NUM 0 $98 00250

01'51 OOg!l (l00(l t!IIM 0 $99 00251

0752 0091\ (l000 NUM 0 $9A 00252

0253 0098 0(l00 NUM 0 ~9B ⁰⁰²⁵³

(l254 00ge 0000 NUM 0 9C 00254

025~ (1£1~m 0000 NtlM 0 $90 00255

O?~6 (1(l9E 0000 NUM 0 $9E 00256

(l?57 OOOF 000(l NIIM (l $9F 00257

(l7.58 001\0 0(l00 NlIM 0 $1\0 00258

07~Q OnA] 0000 NIIM 0 $1\1 00259

07fiO 001\7 0000 NUM 0 $1\2 00260

(l7fi] 00113 (10(10 ""tiM 0 $1\3 002fl1

02fi? OOM 0000 ~(I'M (1 _$1\4 00262

(l?fl3 0(1A5 0(100 NIIM 0 $1\5 00763

n?l'4 O(lM (1(l(1(l filUM 0 $1\6 00264

02fl~ orA7 0(100 fJllM 0 $A7 00265

07fl(l 001\(', 0000 NtJM 0 $1\8 00266

n7fl7 Onl\9 0(l00 NlIM 0 $1\9 00267

02f8 (10M

onon

NIIM 0 $AA 00268

0?fl9 ^(1(1J\(~ oroo NIIM 0 $AB 00269

(l?70 (10AC 0000 NtJM 0 $AC 00270

(l?71 0(11\0 (l(l(10 NtJM 0 $AO 00271

0272 (lOI\E (l000 NUM 0 $AE 00272

0773 (lOI\F 0000 NlIM 0 $I\F 00273

0274 OORO 0000 NtJM 0 $BO 00274

0?75 OOBI 00£10 NIIM 0 $Bl 00275

(l276 00B2 00£10 ^~IUM 0 $B2 00276

0778 0279 0280 021l]

P2M MIl3

(l2r.4 (l2R!) 0?r.6 02P7 P?r.1l tl?P9 P?9P (l?C'I]

0?~7

0?03 0?04 0?05 (l?ofj 07°7 P?°R (l?OO 0300

O~P) 0~02

03P3 03r4 0305 0306 0307 03P8 0309 (l310 0311 0312 (l313 (l314 03]5 03Jfi (l3J7 (l31r.

03]~

P370 0371 0372

0~?3

0374 0375 P3?fi 03n 03?P P3?9

SYSOAT PAGE R DATE: OR/27/80

* COM M U N I CAT ION REG ION

onB3 * ORG $B3 00B3 onoe ADC SCRTCII 00A4 03(l3 ADC SCHSTK 0005 7FFF X AFNR AOC FNR 00B6 7FFF X ACOMPR nuc COMPRQ 0(lB7 0)45 AOC MASKT none OJ92 AOC INTSTK onB9 7FFF x AOC REOXT OORA 7FFF X AVOLR AOC VOlR OftBn 7FFF x AVOLJI AOC VOLA OORC 7FFF

x

AOC lUAOS (lnno 7FFF x ADC SAns (lonE 7FFF x ADC CABS prnF 7FFF x Anc NAns OOCO (l(l(l(l NUM 0 (lnc 1 (loon NIIM (l O(lC? (l(l08 Anc LOUNIT rnC3 O(lOO NUM 0

00C4 0000 NUM 0

00C5 (lOlF OOEiI (l000 00f5 0000 onE6 000]

(lrE7 0001 OOEr. 0000 00E9 0155

*

*

OOEA 7FFF X ADISP OOEB OFl6

OO[C 0000 O(lEO 00(l0 onEE 0000 (lOEF FFFE (lOFO 01E2 orF) onoo 00F2 (lFfiE onr3 onoo

(l(lF4 7FFF X AMONT POF5 7FFF X (lOFfi O(lO(l nOF7 onno OOFP 7FFF X

pnF~

pnn"

OOFA onOB O(lFR 0(ln9 O(lFC P(l04 O(lFD orr4 OOH 7FFF X OOFF 0(l(l1

BZS ($E3-$C5+1) NtlM 0

NUM 0 BSS BSS NUM ADC ADC ADC NUM NUM NlIN NUM ADC ADC ACIC ADC AOC AOC

~'t/M

NIIM Anc AOC AOC Anc ADC AOC AOC BSS

o H~

EXTOV4 DISPXX SLOIRY

o o

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VOLBLK LPRSET APR SET

n

MONI MSIZV4

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IPROC STPINP BINOtlT LSTOUT OUTCOM INPCOM ALLIN

(1)

LOGICAL UNIT OF STANDARD SCRATCH DEVICE ADR OF TOP OF SCHEDULER STACK

ADR OF FIND NEXT REQUEST AOR OF COMPLETE REQUEST ADR OF MASK TABLE

ADR OF TOP OF INTERRUPT STACK AOR OF EXIT FOR MONITOR REQUESTS AOR OF RELEASE VOLATILE ROUTINE ADR OF ASSIr.N VOLATILE ROUTINE

AOR OF ABSOLtlTIZING ROUTINE FOR LOGICAL lINIT ADR OF ABSOLUTIZING ROUTINE FOR STARTING AOR ADR OF ABSOUITI ZI NG ROIJTI NE FOR COMPLET ION AOR AOR OF AOSOUJT I ZING ROUTI NE FOR NIJMOER OF WROS MSB OF STARTING SCRATC" SECTOR (ALWAYS ZERO) LSR OF STARTING SCRATCH SECTOR (SET BY 51) LOGICAL IJNIT OF STANDARD LIBRARY DEVICE MSB OF Pct1 LIB DIRECTORY SECTOR (ALWI\YS ZERO) lSB OF PGM LIB DIRECTORY SECTOR (SET BY SI)

RESERVED FOR FTN (UNPROTECTED)

RESERVED FOR FTN + LOAD/GO SECTOR(UNPROTECTED)

RESERVED FOR FTN (UNPROTECTED)

LENGTH OF MASS RESIDENT SYSTEM DIR.(SET BY SI) LENGTH OF CORE RESIDENT SYSTEM DIR.(SET BY SI) REAL TIME CLOCK COUNTER

ADDR OF EXTENDED CORE TABLE AOR OF DISPATCHER

AOR OF SYSTEM DIRECTORY

TEMPORARY TOP+I OF UNPROTECTED (SET BY SI) TEMPORARY BOTTOM-l OF UNPROTECTED (SET BY 51) USED BY JOB PROCESSOR FOR LOADER RETURNS CURRENT PRIORITY LEVEL

STARTING LOCATION OF VOLATILE STORAGE LENGTH OF PRESETS TABLE

STARTING LOCATION OF PRESETS TABLE

ADR OF BREAKPOINT PROGRIIM IN CORE(lINPROTECTEO)

"AOR OF MONITOR ENTRY FOR REOIIESTS HIGHEST CORE LOCATION USED BY SYSTEM

TOP+I OF UNPROTECTEO (SET BY SI) BOTTOM-) OF UNPROTECTEO (SET BY SI) ADR OF INTERNAL INTERRUPT PROCESSOR

LOGICI\L UNIT OF STANDARD INPUT DEVICE (FTN 1) LOGICAL UNIT OF STANDARD BINARY DEVICE (FTN 2) LOGICAL UNIT OF STI\NDARD PRINT OEVICE (FTN 3) LOGICAL UNIT OF OUTPUT COt-1MENT OEVICE (FTN 4) LOGICAL IINIT OF INPIIT CO~1MENT DEVICE (FTN 4) ADR OF COMMON INTERRUPT HAN()LER

I (MEMORY INDEX) REGISTER (UNPROTECTED)

n

00270 00279 002RO 00281 00202 00283 00284 00285 002fl6 002A7

007~R

002P9 00290 (l0291 00292 00293 00?94 (10295 (l0296 00297 00298 00299 00300 00301 00302 00303 00304 00305 00306 00307

00308 ~ h'/ln.~vY"1..

"

00309 '6 ([

00310 00311 00312 00313 00314 00315 0031*' n03]7 00318 00319 0031'0 00321 00322 00323 00324 00325 00326 00327 0032fl 00329

n

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SYSDAT . PAGE 9 DATE: 00/27/80

)NT· ^T~v1-P

P~~7 . * I N T ERR (J P T R E r. ION 00332

0333 * 00333

RF~\OtJ S"\v~(0TS ^VYT

0334 * 00334 ^~ " I ( \.

0335 * 00335 ^l

---p-

033(; OJ(10 OPOO lINEOO NlIM 0 , INTERRUPT LINE ENTRY 00336

~OO(G~~ ~~~~~:~ t,~~~,~

0337 0101 54[l! RTJ- ($FR) .~(r.0 TO INTERIHJPT HANDLER ROUTINE

\-to

00337

O?~R OJ07. OOOF NUN 15

t-.q)"~ l

PIHORITY LEVEL OF INTERRUPT lCO{WQ.N'

on)

00338 1'1\ \-. \ \11\ e.,.,

0339 0103 ^oon~ X AOC IPROC ~O<~\ INTERRUPT RESPONSE FOR THE PROTECT/PARITY ERR. 00339

03110 * ⁰⁰³⁴⁰

0341 0]04 oono lINEOl NUM 0 INTERRUPT LINE ENTRY 00341

0342 0105 5"FE RTJ- UFE) GO TO INTERRUPT HANDLER ROUTINE 00342

PU\s

^{W'«(0V'\ ~nAtu\ 0 V\ 5\-(/}

^uk.

0343 0106 0000 NlIM 13 PRIORITY LEVEL OF INTERRUPT 00343

0344 0107 03E2 ADC lINl Y4 I NTERRUPT RESPONSE FOR HIE LOW SPEED I/O 00344

0345 * ⁰⁰³⁴⁵

0346 O](lB 00(l0 LItJE02 NUM 0 INTERRUPT LINE ENTRY 00346

03"7 0109 54FE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE 00347

0340 010A 0000 NUM 0 PRIORITY LEVEL OF INTERRUPT 00348

0349 oJOn 03[6 ADC INVINT INTERRUPT RESPONSE FOR THE INVALID INTERRUPTS 00349

035] * 00351

0352 0) (lC (lono L I NE(l3 ~'tJM (l INTERRUPT LINE ENTRY 00352 0353 OlOO 54FE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE 00353

0354 mOE 0009 NUM PC} PRIORITY LEVEL OF INTERRUPT 00354

03"" P)OF 0796 AOe R1733? INTERRUPT RESPONSE FOR THE 1733-2/R56-2/4 DISK 00355

0356 * 00356

P357 OJlP pnno lINE04 NIIM 0 INTERRUPT LINE ENTRY 00357

(135P P1l1 54FE RTlJ- ($FE) GO TO INTERRUPT HANDLER RotJTINE 00358

03~Q O))~ OPOI\ NIIM 10 PRIORITY LEVEL OF INTERRUPT 00359

0360 0)) 3 08B] ADe R42312 INTERRUPT RESPONSE FOR THE 1742-30/120 PRINTER 00360

0361 * ⁰⁰³⁶¹

03(;1' 0114 (l00(l LINEOS NUM 0 INTERRUPT LINE ENTRY 00362

03(;3 0115 SliFE RTJ- ($FE) GO TO INTERRUPT HANOLER ROllTlNE 00363

03()4 (l]}6 OflOO NUM 0 PRIORITY LEVEL OF INTERRUPT 00364

0365 OJ)7 03E6 AOe INVINT INTERRUPT RESPONSE FOR THE INVI\LID INlERRUPTS 00365

0367 * ⁰⁰³⁶⁷

0360 0))8 0000 lINE06 NUM 0 INTERRUPT LINE ENTRY 00368

0369 0119 SliFE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE 00369

0370 OJlA 0000 NUM 0 PRIORITY LEVEL OF INTERRUPT 00370

037) OlJn 03E6 ADe INVINT INTERRUPT RESPONSE FOR THE INVALID INTERRUPTS 00371

0373 * ⁰⁰³⁷³

0374 (lllC 0000 LINE07 NUM 0 INTERRUPT LINE ENTRY 00374

0375 0110 S4FE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE 00375

0376 fllJE OOOA NUM 10 PR lOR ITY LEVEL OF I NTERRIJPT 00376

fl377 flJ1F 06EP AOr. R 1737.3 INTERRUPT RESPONSE FOR TUE 1732-3/616 HAG TAPE 00377

037fl * O(l37ll

SYSnAT PAGE ]£1 nATE: 08/27/80

£1379 £1120 onoo LINEn8 NIJM 0 INTERRUPT LINE ENTRY 00379

03p.£1 £1121 54FE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE 00380

£1381 £1122 £1£1£1£1 ~'lJM 0 PRIORITY LEVEL OF INTERRUPT 00381

03fl? ^£1123 03Efi Anc INVINT INTERRUPT RESPONSE FOR THE INVALID INTERRUPTS 00382

£1384 * 00384

0385 O)N nOfln lINE09 NUM 0 INTERRUPT LINE ENTRY 00385

n3R6 £1125 54FE RTJ- ($FE) GO TO INTERRUPT H/\NDLER ROUTI NE 00386

03B7 ^£1126 flOOO NllM 0 PRIORITY LEVEL OF INTERRUPT 00387

n3p.p. £1127 03E6 ADe INVINT INTERRUPT RESPONSE FOR nlE INVALID INTERRUPTS 00388

£139£1 * ⁰⁰³⁹⁰

0='!l1 £1128 (1£1£10 lINE]£1 NlJM 0 INTERRUPT LINE ENTRY 00391

£13⁰7 012^Q 5t1FE RTJ- (~FE) f.n TO INTERRUPT IIANOLER ROUTINE 00392

0393 n12A £1£1£10 ~'UM £1 PRIORITY LEVEL OF INTERRUPT 00393

£13⁰4 nJ7R n3E(1 AOC INVIfJT INTERRUPT RESPONSE FOR THE INVAL IO INTERRUPTS 00394

£1~O() * ^£10396

n3^Q7 £1J2C ^n£1rn lINEll NUM ^£1 INTERRUPT LINE ENTRY 00397

£139P £1J2n 54FE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE on398

03^Q9 nIlE flnflE NU'" 14 PRIORITY LEVEL OF INTERRUPT Ofl399

£14fln nJ7F n8CC AOC RI72~3 INTERRUPT RESPONSE FOR TIlE 1729-3 CARD READER on400

£14(1) * ⁰⁰⁴⁰¹

fl4fl2 013£1 flrnn LINEJ2 NtJM 0 INTERRUPT LINE ENTRY 00402

nl1n3 nJ3] 54FE RTJ- UFE) GO TO INTERRUPT HANDLER ROUTINE 00403

r4rt1 £1]32 nnrn NIIM 0 PRIORITY lEVEL OF INTERRUPT 00404

04(l!' ^OJ 33 03Efi Anc INVINT IfJTERRUPT RESPONSE FOR nlE INVALID INTERRUPTS 00405

£11107 * ⁰⁰⁴⁰⁷

(l4np. £1134 £1£1£1£1 lINn3 NlJM 0 INTERRUPT lINE ENTRY 00408

£14£19 fl135 54FE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE 00409

fl4JO 0136 £10£10 NOM 0 PRIORITY lEVEL OF INTERRUPT 00410

£1411 0137 03£6 ADC INVINT INTERRUPT RESPONSE FOR THE INVALID INTERRUPTS 00411

£1413 * ⁰⁰⁴¹³

£1414 £1J38 nonn lINE14 NUM 0 INTERRUPT lINE ENTRY 00414

£1415 0139 54FE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE 00415

n4]6 £1] 3/\ OOOE NUM 14 PRIORITY LEVEL OF INTERRUPT 00416

0417 013R £1717 Anc R173l1J INTERRIIPT RESPONSE FOR TlfE 1731/601 M/\G TAPE 00417

fl41P * ⁰⁰⁴¹⁸

(1.119 n13C nnno lINE1~ NOM 0 I~TERRIIPT lIfJE ENTRY 00419

r.12fl fl]3n 54FE RTJ- ($FE) GO TO INTERRUPT HANDLER ROUTINE 00420 fl1l2J nl3F. flflfln NUM £1 PR lOR ITY LEVEL OF INTERRUPT 00421

£1421' n13F fl3Efl AOC ItJVINT INTERRUPT RESPONSE FOR TlfE INV/\lIO INTERRUPTS 00422

n ^{() ()}

o

SYSnAT 041'5

(1477 (1}40

(141'~

0430

(1431' (1)40 )40(1 X (1)4) 7FFF X

(1434 0)41' J400 X 0) 43 7FFF X

*

o

PAGE 11 nATE: OB/'l7/80

COR ERE S I 0 E N T nEB U G E N T R I E S ORr. $ )40

EXT COUTV4 EXT coOOP

JMP+ COIITV4

JMP+ COR(1P

OFF-lIfJE CORE DlIMP

SYSTEM CHECKOUT· BOOTSTRAP

00425 00427 00429 00430 00431'

00434

SYSPI\T fltl36

0437 Otl3R

on3~

041'10 fliM]

044?

(Mil3 {ltl44 0445 0446 0447 {l44P Otlllll

{l4~{l

0451 fl41;2 0453 04511

fill!,!, 045~

04!'7 Ol\!ifl (l4"9 04fiO flll(l) flllr,2

0t1"~

04(l4

Olll'!i 0144 IlP90

0II~6 fl14~ 489B 04(;7 0l1'l6 489B 04r,p OJ 4 7 489B 04fi<) 0148 1'I8~B

0470 {lI49 IlP9B 0471 0141\ 4R9B 0472 0}4B 489B 0473 014e 489B 0474 0]40 489B (l475 OlliE 4893 0476 014F 4803 0477 OJ5{l 4P03 047P 0151 4803 0479 OJ~2 4P{l1 04 PO 0153

oom

onp) nJ!l4

nnon

n

* *

*

*

*

* *

* *

* *

*

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* MI\SKT

PI\f.E 12 [lI\TE: 08/27/80 N T ERR U P T MAS K T 1\ B L E

t

^"<-

ENT MI\SKT INTERRUPT r1ASKS INDEXED BY PR lOR ITY \EV.(tt-

:+

y' . '-..~.y ~ ... ~

o .

^{_I"' ~1 -\:'}

('l \Y ....

< ______________ ^~ ______________ INTERRUPT LINE NUMBER 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 0

****************************************************

P -1

*

R 0

*

I 1 * o 2 *

R 3 * 14*

T 5 * Y () * 7

*

L 8 *

E 9 *

V 10

*

E 11 * L I?

*

13 *

14 * V J!i

*

o )

0 0 1 0 0 0 1 0 0 1 1 0 1 o 1 0 0 1 0 0 0 1 0 0 1 1 0 1

o

1 0 0 1 0 0 0 1 0 0 1 1 0 1

o

1 0 0 1 0 0 0 1 0 0 1 1 0 1 o 1 0 0 1 0 0 0 1 0 0 1 1 0 1 o 1 0 0 1 0 0 0 1 0 0 1 1 0 1 o 1 0 0 1 0 0 0 1 0 0 1 1 0 1 {l 1 0 0 1 0 0 0 1 0 0 1 1 0 1 (1 ) 0 (1 1 0 (1 0 1 0 (1 J 1 0 1 o 1 0 (l 1 0 0 0 1 0 0 1 J 0 1

o )

0 (1

t o o

0 1 0 0 1 0 0 1

o

1 0 (1 1 (l 0 0 0 0 0 0 0 0 1

o ) n

0 1 (100 0 0 {l (1 (1 0 1

o

1 (1 (1 1 (100 0 0 0 0 0 0 1

o

1 0 0 1 0 0 0 (1 (1 (1 0 0 0 0

o

0 0 {l 0 {l 0 0 0 0 0 0 0 0 0 o 0 (1 (1 (1 0 0 0 0 0 0 0 0 0 0

1 * 1 *

1 *

I *

1 *

1 * 1 *

1 *

1 *

: :J

1 *

1 * ) *

'I *.

1 *

o

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****************************************************

NUM $489B NtlM $489B NUM $489B NlIM $489B NlIM $4893 NIJM $489B NlIM $4893 NUM $489B NlIM $489B MJM $489B NlIM $4893 NlIM $4803 NUM $4803 NUM $4803

~'UM $4P{l1

~'lIM $00{l1 NIIM $0000

PRIORITY LEVEL -1 PRIORITY LEVEL 00 PRIORITY LEVEL 01 PRIORITY LEVEL 02 PRIORITY LEVEL 03 PRIORITY LEVEL 04 PRIORITY LEVEL 05 PRIORITY LEVEL 06 PRIORITY LEVEL 07 PRIORITY LEVEL 08 PRIORITY LEVEL 09 PRIORITY LEVEL 10 PRIORITY LEVEL 11 PRIORITY LEVEL 12 PRIORITY LEVEL 13 PRIORITY LEVEL 14 PRIORITY LEVEL I!'

n

00436 001137 00438 00439 00440 001141 00442 00443 00444 00445 00446 00447 00448 00449 00450 00451 00452 00453 00454 \ 00455 00456 {l0457 00458 00459 00460 00461 00462 00463 00464 00465 00466 00467 00468 00469 00470 00471 00472 00473 00474 00475 00476 00477 00478 00479 00480 00481

(j

(~

0 ⁽⁾

"----./

SYSDI\T PAGE 13 DATE: 08/27/80

0llfl3 * EX TEN 0 E' 0 COM M II N I CAT ION S REG ION 00483

fl4H4 * ⁰⁰⁴⁸⁴

04fl5 * REFERENCED nlRu LOCATION $E9 00'lA5

Oilfl7 ENT MAXSEC 00487

fl4PP. [NT MPFl.Ar. 00488

fl4P9 EXT RCTV 00489

flt1~O EXT H'DOV4 00490

flilQ] EXT DATnAS 00491

fl497 EXT SECTOR 001192

(11103 flnfl~ EOll CSYLST(9) 00493

No4 nonA EOll CSYINP( J 0) 00494

n4Q!\ floon EOII CSYPlJf-I~11) 00495

OtlOIl 7FFF EOII JFJL V4 $ 7FFF) 00496

n497 0000 EQU SEcn (0) 00497

fl4~P. 0000 EOll SECT3(O) 00498

0400 flOOO EOll SECT4(0) 00499

0501 0155 0000 EXlBV4 AOC 0 00 MODE SWITCH 32K=0 65K=1 00501

0502 0156 OOOA ADC CSYINP 01 STANDARD COSY INPUT LU NUMBER 00502 0503 0157 OOOB ADC CSYPUN 02 STANDARD COSY OUTPUT LUNlIMBER 00503

0504 0158 0009 ADC CSYLST 03 STANDARD COSY LIST LU NUMBER 00504

0505 0159 OOflO AOC 0 04 FIRST SECTOR LSB OF SYSTEM CORE IMAGE 00505

0506 015A 0000 ADC 0 05 FIRST SECTOR LSB OF S. A. T. 00506

0507 0158 0000 ADC 0 06 FIRST SECTOR LSB OF CREP TABLE 00507

fl5fl8 flI5e 0000 ADC 0 07 FIRST SECTOR LSB OF CREPI TABLE 00508 05fl9 015P 7FFF AOC JFJLV4 08 FIRST SECTOR LSB OF JOB FILE DIRECTORY 00509

,:>

J)

fl5IO flJ SE 7FFF X AOC RCTV 09 ADDRESS OF RCTV TABLE IN TIlE MONITOR 005 IO ,.---. 6o-c('4v^{u-vVV\ (\ 01A} (1511 OJ SF (1nno AOC fl ]0 U~PROTECTEn CORE FLAG O=PARTO / )=PARTI 00511

~

^{" 7}

(5)2 fl)60 OOflO ADC (1 11 UNPROTECTED SWAP ALLOWED fl=YES / I=NO 0(1512 ^CO.!I'- hJ.c.0.-.0fi'iQ , 0513 flJf)] flF5P A[lC AYERTO 12 ADDRESS LOCATION CONTAINING HIE YEAR on513

(15)4 fl]fl? OF5E AOC AMON TO 13 ADDRESS LOCATION CONTAINING THE MONTH 005]4 fl5)5 01fi3 flF5F AOC AOAYTO 14 AO[lRESS LOCATION CONTAINING THE DAY 005]5

fl~]fi rllfl4 7FFF X AOC ENDOV4 15 LAST ADDRESS OF PART 0 CORE 00516 (5)7 fl)fi5 0(10fl AOC 0 ^Itl FIRST ADDRESS OF BLANK (SYSTEM) COMMON 00517 05]8 fl11lfl 7FFF X ADC OATBAS 17 FIRST AODRESS OF LABElED Cot1MON 00518 0519 fllfi7 (1(1(10 A[lC 0 18 ,COSY llRIVER CURRENT PIIYSTAB ADDRESS 00519

(1570 flIFO OflO(1 ADC 0 19 JOB TABLE INITIALIZATION FLAG 00520

OS?) OJ~9 0(1(10

Anc

^{0 2(1} MASS MEMORY LOCATION OF ENGINEERING FILE 00521 05?? ^fl]fi~ flO(10 ADC SEcn 21 MSB OF MAXIMUM SCRATCH SECTOR 00522

(1~?3 01fiB 7FFF X MAXSEC· ADC SECTOR 22 LSB OF MAXIMUM 'SCRATCH SECTOR 00523 05N (1IflC flOOO ADC SECT3 23 MSB OF MAXIMUM LIBRARY SECTOR 00524 0525 OlflP flOOO ADC SECT4 24 LSB OF MAXIMUM LIBRARY SECTOR 00525

fl526 fl16E 0000 ADC 0 25 LAST ADORESS OF LABElEr) cm1MON 00526

0~?7 OlfiF 0000 ADC 0 26 UNUSED 00527

05?R (1170 0000 MPFLAG ADC (1 27 ZERO IF NOT AN MP SYSTEM 00528

fl529 0171 (13fl7 ADC LOG]A ²⁸ ADDRESS OF LOGIA TABLE 00529

SYSOAT PAf.E 14 DATE: 08/27/80

0~31 * S Y S T E M J [) E N T I F ^J CAT JON 00531

fl532 * 00532

fI~34 ENT SYSJ[) 00534

0!i3!' EXT SYSMON MONTH SYSTEM WAS BUILT 00535

0~3(i EXT SYSDAY [lAY SYSTEM WAS BUILT 00536

0537 EXT SYSYER YEAR SYSTEM WAS BUILT 00537

0539 0172 ^2(14~ SYSIO ALF 16, HOlJSE II 00539

0173 4F55 0174 5345 0175 7049 OJ7fl 4920 OJ77 2020

(117~ 202(1 0179 2(120 017A 2f120 017B 2020 017C 2f12f1 (117[l 2f120 017E 2f120 (117F 2020 fllflfl ?fl7f1 01 ~1 2(170

n!i'l(1 n)P7 7FFF X Anc SYSMON 0054(1

(1~41 O1fl3 7FFF X ADC 5YS[lAY 00541

0547 (11fl4 7FFF X AOC SYSYER 00542

(1~"" * COMMON SYSTEM FAILURE ROUTINE 00544

O~"fl ENT SYFAIL 00546

0~4~ (11fl5 0800 SYFAIL NOP 0 00548

0549 01~6 (1500 lIN 0 INHIBIT INTERRUPTS 00549

(1550 £1187 ti80a S1A* SAVEA SAVE 1\ 00550

0551 0188 4808 5TO* SAVEO SAVE 0 00551

05~2 0189 080C TRM A MOVE M TO A 00552

0553 (lirA flfl07 STA* SAVEM SAVE M 00553

05~4 fl)rn C8F9 LOA* SYFAIL PICK UP ADDRESS OF CALLER 005511

(l5~5 (1IPC 09FO H'A -2 CORRECT IT FOR 2 WORD RTJ 00555

OS5fl flJro ti8F7 STA* SYFAIL STORE IT BACK 00556

0~57 flJPE JPFF NUM $HlFF HANG 00557

£1559 O]PF flfIOO S/WEA ~~'M 0 00559

fl5('n fll~fl Oflflfl SAVro NIIM n 00560

05flJ ^n)~] 0000 SAVEM NtlM (1 00561

n

^{\ -'}

^n·

^{' /}

^{( -)}

o

SYSflAT PAGE 15 DATE: 08/27/BO

05(;3 05(;4 OS(;5 05li6 PSfl7 05flfl

05(,~

Or;]O

0577 fl573 (1574 057!' fl57fl fl!'77 0!l7R 0!'7C) P5RO fl5P]

nolO 0000 POOO 0000

05M 0]~2 0050

05flil OS8S flSfl6 OSR7 0588 0589 fl590 0591 059?

05⁰3

05⁰il OlE? OJ21 05⁰5 0303

0597

n50fl

()!,Q~

01'00 OliO]

Oli02

01'03 0303 Ofl05 0303 0000 0304 0000 030S 0307 0306 0000

*

* *

S TOR AGE NtJMPR I EQIl NIlMPRI (16) EXTVOL EQU EXTVOL(OO)

*

_~'FTNLV EOII NFTNLV(O) NEllLVL EOll tJEOLVL(O)

S T A C K S

NUMBER OF SYSTEM PRIORITY LEVELS AMOUNT OF EXTRA VOLATILE STORAGE NUMBER OF REENTRANT FORTRAN LEVELS

~'lIMBER OF REENTRANT ENCODE/DECODE LEVELS '""'-

*

*

*

I

~'

T ERR II P T

~C

^K

ENT INTSTK CONTENTS, 1 = O-REGISTER

* *

* *

*

*

. 2 = A-REGISTER 3 = I-REGISTER 4 :: P-REGISTER

S,= PRIORITY LEVEL AND OVERFLOW INDICATOR (BIT IS)

INTSTK BZS INTSTK(5*NUMPRI)

*

*

*

ENT ENT . * *

* *

*

VOLBLK BZS VOLENO EOll

* *

*

ENT ENT

*

SCHSTK EQlI

VOLBLK VOLEND

VOL A TIL E B L 0 C K S T A C K CONTENTS, 1:: Q-REGISTER

2 :: A-REGISTER 3 :: I -REGI STER 4 = USER ASSIGNMENTS

.

N = IISER ASSIGNMENTS VOLBLK(]fl*NlIMPRI+9P.*NFTNLV+57*NEDLVL+EXTVOL+l) VOLEND(*) E~D OF VOLATILE

S C H E D U L E R I TIM E R S T A C K SCIfSTK

SrJlLNG SCHSTK(*)

CONTENTS, 1:: SCIfEOULER CALL 2 :: STARTING ADDRESS 3 = THREAD TO NEXT CALL 4 :: Q-REGISTER CONTENTS ADC 0,0,*+2,0 SCIfEDULER STACK ENTRY 001

00563 00564 00565 00566 00567 0056B 00S69 00570

00572 00S73 00574 00575 fl0576 00577 0057B 00579 00580 00581 00582

00584 00585 00586 005B7 00588 00589 00590 00591 00592 00593 00594 00595

00597 0059B 00599 00600 00601 00602 00603 00605

j,_~ rJjJUJAA/

I

iD

'2(00 1;

+

SYSOI\T PI\r.E Ifi (lI\TE: OS/27/flO

0(i07 0307 0000 J\IlC 0,0,*+2,0 SCHEOllLER STACK ENTRY 002 00607

03(l~ oorn 0309 030B n30/l nooo

OflOP 030R onoo AIlC 0,0,*+2,0 SCHEOULER STACK ENTRY 003 0060S

030C 0000 03011 03nF 030E 0000

ofln~ 030F OPflO ADC 0,0,*+7.,0 SCHEDULER STACK ENTRY 004 00609

0310 {l000 03JJ 0313 0312 0000

Ofll0 0313 00(10 AIlC 0,0,*+2,0 SCHEDULER STACK ENTRY 005 00610

03J4 0000 031!' 0317 0316 0000

0611 0317 0000 ADC 0,0,*+2,0 SCHEDULER STACK ENTRY 006 00611

0318 0000 03J 9 03IB 03]A 0000

0612 03JB 0000 ADC 0,0,*+2,0 SCHEIlULER STACK ENTRY 007 00612

n3]C (l000 o:nn n3]F 031E onoo

OfiJ3 03JF Oflno Anc 0,0,*+2,n SCHEDULER STACK ENTRY 008 00613

0320 nooo n3?) 0323 0322 0000

PflJ4 0323 nonn J\IlC n,0,*+2,0 SCHEOlILER STACK ENTRY 009 00614

03211 0000 n3?5 0327 031'6 0000

Ofl)5 0327 000(1 ADC 0,0,*+2,0 SCHEIlULER STACK ENTRY 010 00615

032fl 0000 -03?!l n3?B 032A 0000

OfiHi 03?B ooon AIlC 0,0,*+2,0 SCHEDULER STACK ENTRY OIl 00616

032C 0000 032(1 032F 032E 0000

0617 032F 0000 ADC 0,0,*+2,0 SCHEDULER STACK ENTRY 012 00617

0330 0000 0331 0333 n332 ooon

OfllA 0333 0000 Anc 0,0,*+2,0 SCHEDULER STACK ENTRY 013 00618

0334 0000 0335 0337 0336 0000

n ^Cj

c) _{0 0}

SYSnAT PAGE 17 nATE: 08/27/80

06?n 0337 oono Anc 0,0,*+2,0 SCIIEDULER STACK ENTRY 014 00620

03311 noon 0339 0338 0331' oono

0621 03313 0000 Anc 0,0,*+2,0 SCI/EllllLER STACK ENTRY 0]5 00fi21 033C 0000

03311 033F 033E 0000

n('?7. n33F (loon Anc 0,0,*+2,0 SCI/EDULER STACK ENTRY 016 00622

n340 nnoo 034] 0343 0342 rooo

Of'1'3 0343 ooor AI1C ^n,o,*+?,O SCI/EDULER STACK ENTRY 017 006?3

n344 0000

n34~ 0347 n34fi nooo

nfil'lI 0]47 oror Anc O,O,*+2,n SCHEDULER STACK ENTRY 018 00624

0348 nnno 03<10 034R 0341' noon

Of';?~ n34B Dono AOC 0,0,*+2,0 SCHEDULER STACK ENTRY (119 00625

034C 0000 r3t10 03'1F 03"E nnoo

Ofl2f' 034F ooon AI1C 0,0,*+2,0 SCHEDULER STACK ENTRY 020 00626

0350 0000 0351 0353 0352 0000

Ofi27 03!'3 ooon ADC 0,0,*+2,0 SCHEDlILER STACK ENTRY 021 00627

0354 0000 0355 0357 0356 0000

Ofi28 0357 0000 ADC 0,0,*+2,0 SCHEDULER STACK ENTRY 022 00628

0358 0000 0359 0358 0351\ 0000

n6?Q 0358 oonn ADC 0,n,*+2,0 SCHEDULER STACK ENTRY 023 00629

03!lC 0000

0~5{l 035F n3!'E onnn

Ofi3n r3!'F nono AI1C (l,O,*+?,O !'CUEllULER STACK ENTRY 024 00630 n3(\0 0000

(13r:;] 0363 03f'? nnoo

nf'31 0363 noro J\I1C O,O,(-o),n SCflEOtlLER STACK ENTRY 025 00631

n364 0000 i"Q.\~{~Q 0365 FFrF E~O 0;

n36fi nooo

nfi32 OOM SCHUm EOII SCHLNr.(*-SCffSTK) SCHEDULER STACK LENGTH 00632

SYSOAT PAGE 10 DATE: 08/27/80 0f'3t1

0f'35 P"3fl 0(137 P"3P

0640 03(17 POIB OfitlJ n3fiP 03F:Q (lfi42 (l3f'9 (l3F9 OM3 03f'A 03F9 0644 03flB 04P9

nM!' 03fiC P41C Ofl46 03fiO 06E3 OM 7 036E 06FO 064fl 036F 0799 OM 9 0370 OPR4 Ofi50 0371 1l8t'F 0651 0372 03F9 0(152 0373 JlBM- 0(153 037IJ 03F9 0(154 0375 0766 0655 037(1 OnE 0656 0377 071A 0(157 ^037~ 0734

n658 037? OP25 0(i5!l 037/\ M4E 0(i(i0 037B n4FO OMi) 037C n4(19

Ofifl? 0370 OBCF (1(1"3 037E 0(1E3 nfl(i4 n37F PPB4 (1flfl!' 03PO OllA P(l(l(l 03fl1 0734 06fl7 03?? Of'FO 0(, flO 0010

n

* *

*

LOG I CAL U NIT TAB L E S (L 0 r. 1 A ) ENT LOGlA

ENT NIIMUI

PHYSICAL ['lEV ICES AOORESSES BY LOGICAL UNIT LOGlA AOC NUMLU NUMBER OF LOGICAL UNITS

AOC PC(1RE 1 CORE ALLOCATOR ADC PDIJMMY 2 DUMMY LOGICAL ur~IT

AOC Pf1I1MMY 3 DUMMY LOGICAL UNIT . /\DC PJ711 4 1711 TELETYPE, 713-10 CRT ADC PCOSYl 5 COSY OR IVER, FIRST lINIT . ADC P73230 6 1732-3 616-73/93/95 MAG TAPE UNIT 0 ADC P73231 7 1732-3 616 MAG TAPE UNIT 1

ADC P73320 8 1733-2 056-2/4 DISK, UNIT 0 AOC P42312 9 17112-30/120 LINE PRINTER ADC P17293 10 1729-3 CARD READER ADC PDtlMMY 11 DUMMY LOGICAL UNIT

FTN742 ADC P42312 12 1742-30/120 FORTRAN LINE PRINTER ADC PDUMMY 13 DUMMY LomCAL UNIT

ADC PTSIMI 14 flAG TAPE SIMULATOR, UNIT 1 ADC PTSIM2 15 MAG TAPE SIMULATOR, UNIT 2

A['IC P731UO 16 UNBUFFERED 1731-601 MAG TAPE, UNIT 0 ADC P731Ul 17 UNBUFFERED 1731-601 MAG TAPE, UNIT 1 ADC P7332l 18 1733-2 056-2/4 DISK, UNIT 1

ADC PTSIMO 19 MAG TAPE SIMULATOR, UNIT 0 ADC PCOSY2 20 COSY DRIVER, SECOND UNIT

X171) AOC P17l1 21 DIAGNOSTIC 1711 TELETYPE, 713-10 CRT X17293 ADC P172^Q3 22 DIAGNOSTIC 1729-3 CARD READER

X73230 Af1C P73230 23 DIAGNOSTIC 1732-3 616 MAG TAPE, UNIT 0 X4?3J2 ADC P4231? 24 DIAGNOSTIC 1742-30/120 LINE PRINTER X73lt10 A['IC P73lUO 25 DIAGNOSTIC 1131-601 MAG TAPE, UNIT ⁽¹ X731Ul ADC P731Ul 26 DIAGNOSTIC 1731-601 M/\G TAPE, UNIT 1 X73231 A['IC P73231 27 OIAGNOSTIC 1732-3 616 MAG TAPE, UNIT 1 NtlMUI EQU NUMUI(*-LOGIA-l)

n

00634 00635 00(13(1 00637 0063fl 00640 00641 00642 00643 00644 00645 00646 00647 00648 00649 00650 00651 00652 00653 00654 00655 00656 00657 00658 00659 00660 00661 00662 006fi3 00664 00665 00666 00667 0066B

··0 0 ^{( )}

^'--./

SYSOI\T PAGE 19 UATE: 08/27/80

0("i70

*

LOG I CAL U NIT TAB L E 5 (LOG1) 00670

Of'lJ * ⁰⁰⁶⁷¹

(1fi72

*

⁰⁰⁶⁷²

0673 ENT LOGI LOGICAL UNIT INFORMATION BY LOGICAL UNIT 00673

Ofi74 * ^{BIT 14} = 1, IHPlIE5 LU 51/ARE5 DEVICE 00674

0675 * ^{BIT 13} = 1, IMPLIES LU IS MARKED DOWN 00675

067fi

*

^{BIT 12 =} RW MESSAGE BIT 00676

Ofi77

*

BITS 0 - 11 IS ALTERNATE LOGICAL UNIT 00677

0678 * ^ALTERNATE = 0, IMPLIES NONE 00678

Ofi79 1I0(l0 S EQU S($4000) SHARED BIT 00679

01"1'] 03fl3 (lOIB LOGI AOC NIJMLU NUMBER OF LOGICAL UNITS 00681 ~L{ If\'\. "-

(1fiPi' 03fl4 0000 Aoe 0

cjt)

'CORE ALLOCATOR 00682

(lfiP3 03P5 4000 Anc O+S 2 Ol/MMY LOGICAL UNIT 006fl3

OfiP4 03Pfi 11000 Anc 0+5 DUMMY LOGICAL lINIT 00fl84

( Ofi8~ 0381 4000· J AOC 13+S 4 1711 TELETYPE, 713-10 CRT ^006~5

06flfi 03PP (l00(l AIlC 0 5 COSY DRIVER, FIRST UNIT 006fl6

PfiP7 0~fl9 .10PO AIJC 0+$ 6 1732-3 6]6-73/93/95 MAG TAPE UNIT 0 00687

rfi(lp n3PA lIoon AIJC n+S 7 1732-3 616 MAG TAPE UNIT 1 00688

06P9 03PR 0000 AIlC 0 8 1733-2 856-2/4 DISK, UNIT 0 00689

Ofi9(l 03RC 4000 APC o+S 9 1742-30/120 LINE PRINTER 00690

OfiQ] o3flD 4(l('l0 AOC O+S 10 1729-3 CARl) READER 00691

Ofi02 03P.E 400n AIlC O+S ¹¹ DUMMY LOGICAL UNIT 00692

Ofi93 03flF 4rnn Anc OtS 12 1742-30/120 FORTRAN LINE PRINTER 00693

~fi(M 03ClP 11000 APC (1+S 13 DUMMY LOGICAL UNIT 00694

OF05 03Cll ('l000 Anc 0 14 MAG TAPE SIMULATOR, UNIT 1 00695

n6~() (1397 0000 AOC 0 15 MAG TAPE SIMULATOR, UNIT 2 00696

0697 n393 110(10 AOC 0+5 16 UNBUFFERED 1731-601 MAG TAPE~ UNIT 0 00697 Ofi08 0394 4noo AOC O+S 17 UNBUFFERED 1731-601 MAG TAPE, UNIT 1 00698

ofi09 0395 nooo ADC 0 18 1733-2 856-2/4 DISK, UNIT 1 00699

0700 03% 0000 AOC 0 19 MAG TAPE SIMI/LATOR, UNIT 0 (J0700

P701 0397 0000 ADC 0 20 COSY DRIVER, SECOND UNIT 00701

0702 039fl 4000 AOC O+S 21 DIAGNOSTIC 1711 TELETYPE, 713-10 CRT 00702

0703 0399 4000 ADC O+S 22 DIAGNOSTIC 1729-3 CARD READER 00703

07P4 039A 4('l00 AOC O+S 23 DIAGNOSTIC 1732-3 616 MAG TAPE, UNIT 0 00704 0705 039B 4000 ADC O+S 24 DIAGNOSTIC 1742-30/120 LINE PRINTER 00705 0706 039C 4000 ADC O+S 25 OIAGNOSTIC 1731-601 MAG TAPE, UNIT 0 00706 0707 0390 4000 AOC o+s ²⁶ DIAGNOSTIC 1731-601 MAG TAPE, UNIT 1 00707

P70~ 039E 4('l00 AOC O+S 27 DIAGNOSTIC 1732-3 616 MAG TAPE, UNIT 1 00708

SYSOAT PAGE 20 nATE: 08/27/flO

0710 * LOr. I CAL U NIT TAO L E S ( LOG 2 ) 00710

0711 * ⁰⁰⁷¹¹

fl71? * ⁰⁰⁷¹²

0713 ENT LOG2 TOP OF I/O TJlREAOl\nORESSES BY LOGICAL lINIT Ofl713 07J !l fl3<lF OOIR LOfl? Anc NtlMUI flllIMBER OF LOGICAL UNITS 00715

071ti fl3AO FFFF NlIM $FFFF 1 CORE AU.OCI\TOR 00710

07J7 o~Al FFFF NUM $FFFF 2 DUMMY LOGICAL lINIT 00717

(l7Jfl 03A2 FFFF NIIM $FFFF 3 DUMMY LOGICAL UNIT OOllR

07J<l 03"3 FFrF fl/IIM $FFFF 4 1711 TELETYPE, 713~10 CRT 00719

ono fl31\l1 rFrF NIIM $FFFF 5 COSY DRIVER, FIRST UNIT 00720

on] fl31\5 HFF NUH $FFrF 0 1732-3 616-73/93/95 MAG TAPE UNIT 0 00721

0772 031\6 rFFF NUM $FFFF 7 1732-3 616 MAG TAPE UNIT 1 00722

0773 fl31\7 FFFF NUM $FFFF (ID 1733-2 856-2/4 OISK, UNIT 0 00723 0724 fl3"P. FFFF NUM $FFFF .3.. 1742-30/120 LINE PRINTER 00724

0775 03119 FFFF NUM ~FFFF 10 1729-3 CARU REAOER 00725

n726 fl3AA FFFF tJlIM $FFFF 11 DUMMY LOGICAL UNIT 00726

on7 (l31\[l FFFF NUM $FFFF 12 1742-30/120 FORTRAN LINE PRINTER 00727

072A 03AC FFFF NUM $FFFF 13 DUMMY LOGICAL UNIT 00728

0729 03AO FFFF NIlM $FFFF 14 r1AG TAPE SIMtJLA TOR, UNIT 1 00729

0730 031\E FFFF NUM $FFFF 15 MAG TAPE SIMULATOR, UNIT 2 00730

0731 031\F FFFF NUM $FFFF 16 UNBUFFERED 1731-601 MAG TAPE, UNIT 0 00731 0732 0380 FFFF NIIM $FFFF 17 UNBUFFERED 1731-601 MAG TAPE, UNIT 1 00732

0733 03Rl FFFF NUM $FFFF 18 1733-2 856-2/4 DISK, UNIT 1 00733

0734 03B2 FFFF NUM $FFFF 19 MAG TAPE SIMULATOR, UNIT 0 00734 \

0735 03B3 FFFF NIlM $FFFF 20 COSY DRIVER, SECOND UNIT 00735

0736 0384 FFFF NIlM $FFFF 21 DIAGNOSTIC 1711 TELETYPE, 713-10 CRT 00736

0737 03B5 FFFF NUM $FFFF 22 DIAGNOSTIC 1729-3 CARD REAOER 00737

n73fl (13tH; FFFF NUM $FFFF 23 DIAGNOSTIC ]732-3 616 MI\G TAP~, UNIT 0 00738 Ul3⁰ (l31H nFF NIIM $HFF 24 DIAGNOSTIC 1742-3P/120 LINE PRINTER 0(1739 07"0 03RA FFFF NUM $FFFF 25 OIAGNOSTIC J731-601 MAG TAPE, UNIT 0 00740 0741 fl3n<l FFFF ^Nil,., $FFFF 26 DIAGNOSTIC 1731-60] MAG TAPE, U~IT 1 00741 07t1? n3BA FFFF tJlJM $FFFF 27 nIAGNOSTIC 1732-3 616 MAG TAPE, lINIT 1 00742

n n

(')

SYSOAT

0744 *

fl74~ *

n746 *

n747 ENT

fl749 03BO nOlD I\L

TErm

I\OC 0750 n3RC 001R BZS

0752 ENT

07511 0307 DGtJTAD EQll 0755 0307 fl3[9 I\DC 075fl 030~ 04fl9 AOC 07f.7 fl3D9 nllE3 ADC 07f,fl 030A OflFO I\OC

(l7~9 n300 (l7~9 ADC n71lfl moe OflR4 A(lC 071lJ mno (1RCF ADC 07fl? (130[ fl71/\ AOC 07fl3 030F .0734 AOC fl7(;4 03EO Or?5 AOC (17fl5 03El FFFF NlIM

o

PAf,E ?1 OATE: nR/27/80

o

I A f, NOS T I C T 1\ B L E S ALTERR

NlJMUJ (NUMLU)

OGNTAO DGt"lAB(*) PCORE PI7]]

P7323n P7323I P7332(l P4?312

PI72~3

P731l10 P73J IJl P733?1

$FFFF

I\LTERNATE DEVICE ERROR TABLE . ERROR TI\BLE SIZE

SPACE FOR MAXIMUM SIMULTI\NEOUS FAILURES

OII\GNOSTIC TIMER TI\RLE STI\RT OF TABLE 1 CORE I\LLOCATOR

4 1711 TELETYPE, 713-10 CRT

6 1732-3 616-73/93/95 MI\G TI\PE UNIT 0 7 1732-3 616-73/93/95 MAG TAPE UNIT 1 8 1733-2 fl56-2/4 DISK. UNIT n

9 1742-30/120 LINE PRINTER 10 1729-3 CARD READER

16 lINBUFFERED 1731-flOl MAr. TI\PE, llNIT 0 17 UNBUFFERED 1731-601 MAG TAPE, UNIT 1 lR 1733-2 R56-2/11 DISK, UNIT 1

END OF TABLE

o

00744 00745 00746 00747 007"9 00750

SYSOI\T PAGE 22 OATE: 08/27/S0

, /

(

n7fiP * S TAN 0 A R (1 LOG I CAL U N I T S 007fiO

n7fi!l * ^(l0769

077n ENT OIJMALT 00770

(l771 * ⁰⁰⁷⁷¹

n772 OnOD (lUMALT EOU DIIMI\LT(13) STAf'JOAR(1 DUMMY ALTERNATE 00772

(l773 0004 INPCOM rOll ItJPCOM(4) STANOIIRO INPUT COHMENT . 00773

0774 n004 OIHCOM EOll OlITCOM( 4) STAN(lARO OUTPUT COMMENT 00774

077f. O(lnp _LRU~IIT EOII LBUNJT~ 1l~ STANDIIRO LIBRARY UNIT 00775

0776 oons SCRTCH EOII SCRTCH p. STANnARD SCRATCH UNIT ⁰⁰⁷⁷⁶

0777 0009 LSTOtIT EOll LSTOIlT(~) STANOARD LIST OUTPUT 00777

n77P OOOA STPINP EOII STOINP~ 10~ STANDARD INPUT 00778

n77Q (l008 BINOUT EOII BINOUT 11 STANDARD BINARY OUTPUT (10779

() () ⁽⁾

^{\., /}

0

07RJ

£'7(17 (l7Ptl 07R5 07P-7 07AR 07RC) 0790

0792 0794

07~!i

(l797

07~P

07⁰9

OPOl 0P.(l2 nB03 npOl!

nAOn

0

SYSfll\T Pl\rol: 23 OI\TE: OB/'ll/eo

03E2 ER(l!) 03E3 C20?

03E4 (lOFF 03[5 I4FF

03[6 14EA

03[7 03[7 (l4n9 03EP. FFFF

* l I ^N E ONE T 1\ R l E

*

* Ern LINIV4 lINE 1 INTERRUPT ENTRY lINIV4 lOQ* lNITV4 Pll\CE THE PDT I\DDRESS IN Q

lOI\- 2,Q STI\- I

JMP- (I) TRI\NSFER CONTROL TO THE DRIVER CONTINUI\TOR

ENT INVINT INVINT JMP- (AOISP)

*

EOU lNlTV4(*) STI\RT OF TABLE

I\DC P1711 1711 TElETYPE, 713-10 CRT

NUM $FFFF ENO OF TI\BLE .

* *

*

o R I V E R lIN K AGE ENT RElBYQ

7FFF RELBYQ EQU RElRYQ($7FFF) MMEXEC

007B1 00782 007B4 (l07B5 00787 0078B 00789 00790

00792 00794 00795

00797 0079A n0799

00801 008D2 DD803 DD804 OD8D6

0

\c '\'~p\5

\ If'. ,~

\ 1--

Ifl(}1(/7' 0\'\

\f.

^{o,yj LLV}

6n

\\\\9- ~

SYS[lAT PAGE 24 DATE: 08/27/80

opnp * P " Y SIC A L D E V I C E TAB L E S 00808

0809 * 00809

mHO * 00810

OR11 * THE FOLLOWING SECTION CONTAINS TlfE PI/YSICAL DEVICE TABLES 00811 OR]? * AND INTERRUPT RESPONSE ROUTINES FOR EACH LOGICAL UNIT IN 00812

OnI3 * THE SYSTEM. 00813

OPJ4 * ⁰⁰⁸¹⁴

OP]!) * l.ISTED BELOW ARE THE MANDATORY ENTRIES FOR ALL PHYSICAL 00815 nplfl * [lEV ICE TABLES. ADDITIONAL ENTRIES REQUIRED BY EACH OflRI6 OR)7 * [lRIVER MAY BE A[lOED AFTER THE LAST ENTRY INDICATED. 00817

OPIQ

l.rorEJ

PIIYSTfI EOtl PHYSTB(*) 00819

Ofl20 O()OO EQII _F.LVL~O~ O(l SCHEDULER CALL WITH DRIVER LEVEL 00820

flfl?J orm EOII EOIN 1 01 DRIVER INITIATOR ENTRY 00821

Ofll'? r002 EOU E[lCN(2) 02 [lRIVER CONTINUATOR ENTRY OOR22

rM3 n003 EOII EOPGM(3) 03 DRIVER DIAGNOSTIC ENTRY 00823

OP?II noolJ EOU EIlCLK(4) 04 nIAGNOSTIC CLOCK 00M4

OP75 0005 EOU ElII(5) 05 LOGICAL liNn 00825

0826 0006 EOtl _EPTR~fl~ 06 PARAMETER LOCATION 00826

nfl77 0007 EOll EWES 7 07 CONVERTOR, EQUIPMENT, STATION 00827

Ofl2fl onnA EOU EREOST(B) OB REOUEST STATUS 00828

OP2⁰ nn09 EOII ESTATl(9~ 09 DRIVER STATUS 00829

OP30 nonA EOU ECCOR(10 10 CURRENT LOCATION 00830

nfl31 0000 EOU ElSTWD(11) ¹¹ LAST LOCATION' PLUS ONE 00831

0832 OOOC EOU ESTAT2(12) 12 DEVICE STATUS 00832

or33 OO()O EOU MASLGN(13) 13 DRIVER LENGTH (IF MASS MEMORY) 00833 OR311 nOOE EQU MASSEC(I4) 14 NAME ASSOCIATED WITH SECTOR NUMBER 00834

Ofl35 (lOOF EQU RETURN( 15) 15 RESERVED FOR FNR AND CMR 00835

nA37 * LINK lINSELECTEO PHYSICAL DEVICE TABLES 00837

np3^Q ENT PIPECM 00839

flRII(l ENT PIOPGA 00R40

rPIlI ErJT PJRJ\Dn n08111

OR^il2 HIT PIPMXP 00842

nr43 7FFF P]PfCM EOU PIPECM($7FFF) 00B43

npI14 7FFF PIPP(:A EOU Plprr.A(~7FFF) 00R44

flP4!' 7FFF PIPAon tOU PI PAone $ 7FFF) 00845

OMfi 7FFF P]P.MXP tOll PIPMXP($7FFF ) 00846

o ^(~

^{'- j}

o

0 C) ₀

SYSOAT PAGE 25 DATE: OR/27/80

Opt1p * ^{COR E} ALL 0 CAT 0 R O(lR48

OPl1⁰

*

^OO~49

onq HIT PCORE 00851

OP,~? EXT ICORE,ECORE 00852

nr53 noon EQt.I SWAPT( (1) SWAP TIME 00853

flr55 03E!l 5?O7 PCORE AOC $5207 00 SClfEOULER CAU 00855

OP5(l 03[A 7FFF X Anc ICORE OJ INITIATOR ADDRESS 00856

or57 03ER oorlO ADC 0 02 CONTINUATOR ADDRESS. - NOT IISED 00857

OP!'R n3EC 7FFF X ADC ECORE 03 TIMEOUT ERROR ADDRESS 00858

OR!)~ 03EfI FFFE NtJf1 -1 04 DIAGNOSTIC CLOCK 00859

OR6n 03H ooro NUM 0 05 LOGICAL UNIT 00060

nPfiJ 03EF 0000 NUM 0 06 PARAMETER LOCATION 00861

flOfi2 03FO noon NUM 0 07 CONVERTER, EQUIPMENT, STATION - NONE 00862

onfi3 03Fl Ofl06 NOM $0006 08 REQUEST STATUS 00063

(lRM 03F2 ooon NUM 0 09 DRIVER STATUS 00864

ORfi5 03F3 oono NUM 0 10 CURRENT LOCATION 00865

0866 03F4 00(10 NUM 0 11 LAST LOCATION PLUS ONE 00866

OP.67 03FS oono NOM 0 12 DEVICE STATUS 00867

Oflfi8 03F6 FFFE VFO XI6/SWAPT-l 13 TIME BETWEEN SWAPS (NONE IF NEGATIVE) 00868

OP69 P3F7 7FFF NUM $7FFF 14 RESERVED 00869

nR70 n3FR 0000 NOM 0 15 RESERVED FOR FNR AND CMR 00870

SYSOAT PAGE 26 DATE: 00/27/00

on72 * DUM M Y LOG I CAL U N I T 00872

OR73 * ⁰⁰⁸⁷³

0875 EXT IOUr1MY ,CDUMMY ,EDUr1HY 00875

on77 03F9 52(1A pnUMHY AOC $520A 00 SCHEDULER CAll 00877

OP70 03FA 7FFF X ADC IOUMMY 01 INITIATOR ADDRESS 00878

OR79 03FB 7FFF X ADC CnUMMY 02 CONTINUATOR ADDRESS 00879

OR no 03FC 7FFF X ADC EDUMMY 03 TIMEOUT ERROR ADDRESS 00880

(1RO] p3FO FFFE NIIM -1 04 DIAGNOSTIC CLOCK - NOT USED

oomn

pon? 03FE O(1pO ^~rllM 0 (15 LOGICAL UNIT 00882

opr3 p3FF (1000 NlIM 0 06 PARAMETER LOCATION 00883

OPR4 040n (1000 f'JUM 0 07 CONVERTER, EQUIPMENT, STATION - NONE 00884

OOR!' p^l1n1 (1J F(l NtlM $pIF6 08 REQUEST STATUS 0(1P,85

pp.p.(' (14n2 fl(1(1(1 f'JUM ^~ppOO (19 DRIVER STATUS 00086

pPP7 01103 Ofl(10 NIIM 0 10 CURRENT LOCATION 00807

porfl 04p4 onoo NUM 0 11 LAST LOCATION PLUS Of'JE (10008

pppo (14(1!, (1PO(1 f'JIIM 0 12 OEVICE STATUS 00089 .

PP°(1 (1406 0(1(10 NUM 0 13 RESERVED 00890

OPQ) (1407 7FFF NIIM $7FFF 14 RESERVEO 00891

(100? OifOP opOO NUM 0 15 RESERVED FOR FNR AND CMR 00892

n ^{(j ()}

() 0 0

SYSOAT PAGE 27 DATE: 08/27/80

n804 * 711 TEL E T Y P E , 7 13- 1 0 CRT 008911

OP~S * 00895

nr07 fXT 11711,CI711,F.1711 ^nO~97

flnnp on40 EOII T7J3(04*$1O) TYPE COilE - 713-10 CRT 00898

OP9!l oono EQlI T1711fon*$ln) TYPE CODE - 1711 TELETYPE 00899

O!lflO OOlS rOll U1711 XI711-LOGIA) (10900

n~n? (I40q S?(IO P1711 ADC ^$~20D 00 SCHEDULER CAll 00902

onn3 04nA 7FFF X ADC 11711 01 INITIATOR ADDRESS 00903

00n4 040B 7FFF X ADC CI711 02 CONTINUATOR ADDRESS 00904

0005 OtlOC 7FFF x AOC E1711 03 TIMEOUT ERROR ADDRESS 00905

oon6 0400 FFFE NlIM -1 04 DIAGNOSTIC CLOCK 00906

0907 040E 0000 "'"M (I 05 LOGICAL UNIT 00907

09n8 040F 0(100 NUM 0 06 PARAMETER LOCATION 00908

0900 0410 0091 NUM $0091 07 CONVERTER, EQUIPMENT, STATION 00909

09lO 0411 3000 ADC $3006+ Tl711 08 REQUEST STATUS 00910

0~11 Oil)? 000(1 NUM 0 09 DRIVER STATUS 00911

0912 0413 (1000 tJUM 0 10 CURRENT LOCATION 00912

0913 011111 0000 NtlM 0 11 LAST LOCATION PLUS ONE 00913

0914 ^Otl1~ 0000 NUM 0 12 DEVICE STATUS 00914

(1915 04H; (1000 NUM 0 13 ERROR CODE AND STARTING LOCATION 00915

n916 0417 7FFF NUM $7FFF 14 RESERVED 00916

0917 0418 (l000 NIIM 0 15 RESERVED FOR FNR AND CMR 00917

0918 04]9 onno NUM 0 16 DR IVER flAGS 00918

O~JfI 041A (100] NlIM 1 17 HARDWARE PARITY CHECK flAG 00919

OQ?n ntt1B 0015 J\OC lJ1711 18 DIJ\GtJOSTlC ^UI 00920

SYSOAT PJ\GE 28 DATE: 08/27/BO

f1Cl72 * COS Y D R I V E R ⁰⁰⁹²²

0~73 * ⁰⁰⁹²³

0<175 00(10 EQU MCOSYl (0) 00925

P97() * ⁰⁰⁹²⁶

fl927 IFA MCOSYl,EQ,O CORE RESIDENT DRIVER 00927

0928 EXT ICOSY ⁰⁰⁹²⁸

0929 0000 EQIl lCOSY(O) ⁰⁰⁹²⁹

0930 7FFF EQU SCOSY($7FFF) ⁰⁰⁹³⁰

0931 ElF ⁰⁰⁹³¹

0⁰32 * ⁰⁰⁹³²

0933 IFA MCOSYl,EQ,1 MASS RESIDENT DRIVER ⁰⁰⁹³³

09311 EXT MJ\SORV ⁰⁰⁹³⁴

(1Q3!) EXT lCOSY ⁰⁰⁹³⁵

P⁰3fl EXT SCOSY ⁰⁰⁹³⁶

(1937 ElF ⁰⁰⁹³⁷

P!)::l8 * ^(1093B

o

0 0 0

SYSOAT PAGE 29 DATE: OR/27/80

001J(1 * COS Y D R ^J V E R , FIR S T U N I T 0(1940

(Hl41 * ⁰⁰⁹⁴¹

0()4~ OIlIC 5?OP PCOSYl IInc $5?(1R (1(1 SOIEDlllER CAU 0(1943

0⁰114 OIlIP 7FFF X AIJC ICOSY 01 INITIATOR ADDRESS Oor1ll4

00115 OIlJE 0000 APC 0 07 ^CO~'T H'IIATOR IIDDRESS - NOT IISED 00945 094fi (4)F 00(1(1

Anc

⁽¹ (13 TIMEOIIT ERROR AOORESS - NOT USED 0091lfi

n^Oll7 04?0 FFFE NIIM ^-] (14 PIAGNOSTIC CLOCK 00947

OQIlIl 01l2] 0000 NUM (1 05 LO(;JCAl UNIT 00948

OOd<l Oil?? (1(1(10 NlIM 0 Of) PARAMETER LOCATION 00949

OO!,O 0423 0000 tJllM (l 07 CONVERTER, EQUIPMENT, STATION - NONE 00950

OO~1 "4711 flPB(l NIIM ^$(lf~Bfi . 08 REQUEST STATUS 00951

0952 0111'5 00(10 tJUM 0 09 DRIVER STATUS 00952

0⁰53 OI1?fi 000(l NUM 0 10 CURRENT LOCATION 00953

"954 (1427 0000 NUM 0 11 LAST LOCATION PLUS ONE 00954

0!l!i5 047fl 0(100 NHM 0 12 DEVICE STATUS 00955

(195f) 0429 0(100 ADC lCOSY 13 DRIVER LENGTH IF MASS MEMORY 00956 0957 (14?A 7FFF AOC SCOSY 14 NAME ASSOCIATED WITH SECTOR NUMBER 00957

0958 042B 0000 NUM 0 15 RESERVED FOR FNR AND CMR 00958

OQ59 042C 04FO Anc PCOSY2 16 PHYSTB THREAD 00959

09(;(1 0420 0000 NUM 0 17 SEQUENCE NUMBER 00960

O~(l] . 042E 0(100 NUM 0 18 10 00961

09(;2 042F (1000 NlIM 0 19 10":1 00962

0963 0430 0000 NUM 0 20 10-2 00963

09G4 0431 0000 NUM 0 21 NUMBER OF WORDS REQUESTED 00964

0!'(;5 0432 !iSS5 NUM $5555 22 HOl-CHARACTER POINTER 00965

09fi6 0433 5555 NIIM $5555 23 COSY-CUAIH\C1ER POINTER 00966

09fi7 (11134 nOO(1 NIJM 0 24 RfW flAG 00967

O%R (1435 00(11 NUH 1 25 PON5F 009f'8

0<169 (143fi (1(100 NIIH 0 211 FSTCHR 00969

0!l70 01137 (100(1 NUM (1 27 ENOIJCK 00970

(Hl7J 0113P "430 I\PC ItJPBFI\ 28 COSY DUFFER LOCI\TION 00971

(1q72 0439 Oll30 ADC INPBFA 29 NEXT COSy WORO 00972

OQ73 (11131\ 0(1(10 NlIM 0 3(1 HOL-BUFFER POI~TER 00973

0!l7" 043B ('1001 ^~'IJM 1 31 INITIAL CALL FLAG 00974

0⁰75 043C 0(1[10 Nil,., (1 32 SEQUENCE flAG NONZERO=NO SEQUENCE NUMBER 00975

[l97*, * ⁰⁰⁹⁷⁶

(1077 043P OOCO BlS INPBFA(J92) 33 COSY BUFFER 00977

(10711

*

224 COSY BUFFER 00978