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swskit-tools/dskerr.mac
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TITLE DSKERR PRODUCE COMPACT LISTING OF DISK ERRORS
SUBTTL J. G. ZIMA/JGZ JANUARY 1979
SEARCH MACSYM,MONSYM ;GET SYMBOLS
SEARCH SERCOD ;GET SYSERR SYMBOLS
SEARCH ZSUBS ;GET SUBROUTINE PACKAGE STUFF
SALL ;NICE LOOKING MACROS
.DIRECT FLBLST ;AND NICE LISTING
;VERSION INFORMATION:
VMAJOR==1 ;MAJOR VERSION LEVEL
VMINOR==0 ;MINOR VERSION LEVEL
VEDIT==^D50 ;EDIT LEVEL
VWHO==0 ;WHO LAST EDITED
;DSKERR IS A PRODUCT OF THE MONITOR SUPPORT GROUP OF SOFTWARE SERVICES,
;PRIMARILY FOR INCLUSION ON THE TOPS-20 MONITOR SWSKIT. THE PURPOSE
;OF THE PROGRAM IS TO PROVIDE A "CONCISE" LISTING OF SYSTEM DISK ERRORS,
;IN LIEU OF SYSERR.
;
;RELATED FILES:
; DSKERR.MAC THIS FILE
; ZSUBS.UNV COMND/LUUO PACKAGE UNIVERSAL
; ZSUBS.REL COMND/LUUO PACKAGE CODE
; SERCOD.UNV SYSERR SYMBOLS UNIVERSAL
; TABLE OF CONTENTS FOR DSKERR PAGE
; ---------------------------- ----
;
; 1. J. G. ZIMA/JGZ JANUARY 1979. . . . . . . . . . . . . . . . . 1
; 2. COMMAND SCANNER AND INITIALIZATION . . . . . . . . . . . . . 6
; 3. THE SIMPLE COMMANDS. . . . . . . . . . . . . . . . . . . . . 8
; 4. PARAMETER SETTING AND SHOWING COMMANDS . . . . . . . . . . . 9
; 5. THE MAIN PROCESSING LOOP . . . . . . . . . . . . . . . . . . 16
; 6. ENTRY INPUT AND VALIDATION ROUTINES. . . . . . . . . . . . . 18
; 7. OUTPUT CONVERSION ROUTINES . . . . . . . . . . . . . . . . . 22
; 8. PAGE HEADER PRINTING ROUTINE . . . . . . . . . . . . . . . . 26
; 9. SUMMARY PRINTING ROUTINE . . . . . . . . . . . . . . . . . . 27
; 10. THE DATA AREA. . . . . . . . . . . . . . . . . . . . . . . . 28
;REVISION HISTORY:
;
; 21 JGZ 8-FEB-79
; BETTER FILE HANDLING ON EOF OR ERROR MARKER ENTRIES.
;
; 22 JGZ 9-FEB-79
; ADD DRIVE COMMAND TO SELECT ENTRIES FROM A CERTAIN
; DRIVE SERIAL NUMBER.
;
; 23 JGZ 15-FEB-79
; CHANGE FLAG NAMING CONVENTION.
;
; 24 JGZ 20-FEB-79
; ADD QUOTED STRING FUNCTION TO VOLUME COMMAND TO ALLOW
; THINGS LIKE SPECIFYING BLANK VOLUME ID.
;
; 25 JGZ 22-FEB-79
; ADD CONTROL-E INTERRUPT FEATURE TO ALLOW ABORTING THE
; LIST COMMAND IN THE MIDDLE AND GET BACK TO COMMAND LEVEL.
;
; 26 JGZ 22-FEB-79
; MAKE ALL SETTINGS BUT INPUT FILE SPECIFIED PRESERVED
; ACROSS ERRORS. FORMERLY, ALL FLAGS CLEARED.
;
; 27 JGZ 24-FEB-79
; MAKE INPUT FILE SPECIFIED PRESERVED ALSO.
;
; 30 JGZ 9-MAR-79
; ADD PUSH COMMAND.
;
; 31 JGZ 10-MAR-79
; ADD TAKE COMMAND.
;
; 32 JGZ 29-JUN-79
; WARN, RESYNCH, AND CONTINUE ON LOSS OF SYNCHRONIZATION.
;
; 33 JGZ 27-JAN-80
; ADD RP20 TO TABLES, RANGE CHECK DEVICE TYPE.
;
; 34 JGZ 8-MAY-80
; ADD A SINGLE LEVEL "JFN STACK" TO KEEP UNUSED JFNS
; FROM PILING UP ON REPARSES.
;
; 35 JGZ 26-FEB-80
; CORRECT RP07 VALUES FOR NEW RP07.
;
; 36 JGZ 23-JUN-81
; ERROR.SYS MOVES TO <SYSTEM-ERROR> FOR RELEASE 5.
;
; 37 JGZ 26-JUL-81
; CHANGE HDRVER DEFSTR. RELEASE 5 REDEFINES IT.
;
; 40 JGZ 28-JUL-81
; BEGIN CONVERSION TO USE THE ZSUBS PACKAGE.
;
; 41 JGZ 25-NOV-81
; LBN TYPEOUT SHOULD BE OCTAL. MAKE IT SO.
;
; 42 JGZ 25-NOV-81
; USE WARN AND ERROR UUOS WHERE APPROPRIATE.
;
; 43 JGZ 28-JAN-82
; USE NEW ZSUBS MACRO TYPJFN TO OUTPUT FILESPECS.
;
; 44 JGZ 28-MAY-82
; NORMALIZE LSTDAT MIDNIGHT FOR TODAY, NOT YEAR ZERO.
;
; 45 JGZ 11-FEB-83
; ADD SUPPORT FOR RA80, RA81, RA60 DRIVE TYPES.
; GO TO DECIMAL EDIT NUMBER
;
; 46 JGZ 6-APR-83
; CHANGE HSC DISK TABLES FOR PAGE INSTEAD OF SECTOR
; ADDRESSING.
;
; 47 JGZ 5-JUL-83
; SYSTEM GENERATES SEVERAL VERSIONS NOW, OLD CHECK
; FOR ONE VERSION NO LONGER WORKS....
;
; 48 JGZ 26-SEP-83
; BETTER ERROR MESSAGE IF CAN'T FIND ERROR FILE.
;
; 49 JGZ 1-FEB-84
; CHANGE TO RA60 SIZE.
;
; 50 JGZ 9-APR-84
; USE VI%DEC FOR DECIMAL VERSION NUMBER.
;
;DEFAULT PARAMETERS:
TXTLEN==^D100 ;SIZE OF COMMAND BUFFERS
PDLSIZ==30 ;SIZE OF PUSHDOWN STACK
PAGSIZ==^D55 ;NUMBER OF LINES/PAGE
VTBSIZ==20 ;NUMBER OF VOLUMES IN SUMMARY MAX
;CONSTANTS:
IS.ERR==1B2 ;BIT IN IORB INDICATING HARD ERROR
HF.ERR==377 ;ENTRY TYPE INDICATING ERROR IN FILE
HF.EOF==777 ;ENTRY TYPE INDICATING END-OF-FILE
HF.T20==1B17 ;ENTRY HEADER BIT FOR TOPS-20
HF.VER==1 ;EARLIEST SYSERR VERSION WE KNOW ABOUT
HDRDAT==1 ;OFFSET TO DATE-TIME WORD
SEROFF==MB%REG+10 ;OFFSET TO SERIAL #
SIZSUM==4 ;SIZE OF A SUMTAB ENTRY
VSUM==0 ;OFFSET OF VOLUME ID IN SUMTAB ENTRY
HSUM==1 ;OFFSET OF HARD ERRORS IN SUMTAB ENTRY
SSUM==2 ;OFFSET OF SOFT ERRORS IN SUMTAB ENTRY
USUM==3 ;OFFSET OF UNIT TYPE IN SUMTAB ENTRY
INTCHN==0 ;CHANNEL FOR ^E INTERRUPT
;FLAGS:
FL%TIM==1B0 ;CHECK ENTRIES FOR TIME RANGE
FL%VOL==1B1 ;CHECK ENTRIES TO MATCH VOLUME ID
FL%SSE==1B2 ;SUPPRESS SOFT ERRORS
FL%SHE==1B3 ;SUPPRESS HARD ERRORS
FL%IFS==1B4 ;INPUT FILE SPECIFIED
FL%SUM==1B5 ;SUMMARY OUTPUT ONLY
FL%TMV==1B6 ;TOO MANY VOLUMES FOR SUMTAB
FL%FDO==1B7 ;FORCE DATE OUTPUT AT START OF PAGE
FL%OFO==1B8 ;OUTPUT FILE IS OPEN
FL%SER==1B9 ;CHECK ENTRIES TO MATCH DRIVE SERIAL NUMBER
;MACROS, OPDEFS, AND DEFSTRS:
DEFSTR F%SER,T2,35,16 ;SERIAL NUMBER
DEFSTR F%TYP,T2,35,5 ;UNIT TYPE
DEFSTR HDRLEN,HDRWRD,26,3 ;HEADER LENGTH FIELD
DEFSTR ENTLEN,HDRWRD,35,9 ;ENTRY LENGTH FIELD
DEFSTR HDRCOD,HDRWRD,8,9 ;ENTRY TYPE CODE
DEFSTR HDRVER,HDRWRD,23,3 ;VERSION LEVEL
SUBTTL COMMAND SCANNER AND INITIALIZATION
EVEC: JRST DSKERR ;START
JRST REEN ;REENTER
BYTE (3)VWHO(9)VMAJOR(6)VMINOR(18)VI%DEC+VEDIT ;VERSION
DSKERR: RESET ;CLEAR EVERYTHING
$INIT ;INITIALIZE ZSUBS THINGS
TYPE <DSKERR Disk Error Lister %>
VERSIO EVEC+2 ;OUTPUT THE VERSION NUMBER
TYPE <
> ;AND SPACE DOWN
REEN: TXZ F,FL%TMV!FL%FDO!FL%OFO ;INITIALIZE FLAGS
MOVE P,[IOWD PDLSIZ,PDL] ;RESET STACK
NEWCMD: HRROI T1,[ASCIZ/DSKERR>/] ;PROMPT
MOVEM T1,CMDBLK+.CMRTY ;SET IT UP
MOVEI T1,NEWPAR ;SETUP REPARSE ADDRESS
HRRM T1,CMDBLK+.CMFLG ;IN THE COMND BLOCK
PARSE [FLDDB. .CMINI] ;INITIALIZATION FUNCTION
MOVEM P,SAVEP ;SAVE STACK FOR REPARSING
JRST NEWPAR ;AND PARSE A NEW COMMAND
PARERR: JRST REEN ;REENTER ON LOSE-TYPE ERROR
NEWPAR: MOVE P,SAVEP ;RESTORE THE STACK
SKIPE T1,JFNTMP ;GET RID OF ANY ACCUMULATED
RLJFN ; JFNS FROM REPARSE,...
ERJMP .+1
SETZM JFNTMP ;MARK NOT IN USE
PARSE [FLDDB. (.CMKEY,,CMDTAB)] ;PARSE A KEYWORD
MOVE T2,(T2) ;GET ADDRESS OF ROUTINE
CALL (T2) ;CALL IT
JRST NEWCMD ;AND GET A NEW COMMAND
;TABLE OF COMMANDS:
CMDTAB: CMDLEN,,CMDLEN ;HEADER
AA DRIVE,.DRIVE ;SET DRIVE ID TO MATCH
AA EXIT,.EXIT ;EXIT COMMAND
AA HELP,.HELP ;TYPE HELP MESSAGE
AA LIST,.LIST ;SET UP OUTPUT SPEC
AA PUSH,.PUSH ;PUSH TO A NEW EXEC
AA READ,.READ ;SET UP INPUT SPEC
AA SUPPRESS,.SUPPRESS ;SET SUPRESS FLAGS
AA TAKE,.TAKE ;TAKE COMMANDS FROM FILE
AA TIME,.TIME ;SET BEGIN AND END TIMES
AA VOLUME,.VOLUME ;SET VOLUME ID TO MATCH
AA WHAT,.WHAT ;TELL SETTINGS
CMDLEN==.-CMDTAB-1 ;NUMBER OF COMMANDS
SUBTTL THE SIMPLE COMMANDS
;THE "HELP" COMMAND.
.HELP: CONFRM ;CONFIRM THE LINE
TYPE. HLPTXT ;TYPE IT
RET ;AND DONE
HLPTXT: ASCIZ\
DSKERR is a program designed to produce a compact listing of the
hard and soft disk errors recorded for the system in the SYSERR file.
The listing contains the time an error occurred, the structure it was
on, the serial number of the drive in use, the logical block number of
the error on the unit, the cylinder, surface and sector of the error,
the number of retries, and whether it was a hard (unrecoverable)
error. A by-volume summary gives the structure name, unit type, and
accumulated hard and soft error totals.
The commands are:
DRIVE Specify specific drive serial number to list
or ALL for all drives
EXIT Exit from the program
HELP Type this text
LIST Specify output file and begin processing
May be aborted with Control-E
PUSH Push command level to a new EXEC
READ Specify alternate input ERROR.SYS format file
SUPPRESS Suppress listing of hard errors, or soft
errors, or detailed by error listing
section, or nothing
TAKE Take commands from specified file
TIME Set begin and end times for searching input
VOLUME Specify specific single structure to list or
* to do all structures
WHAT Tell current parameter settings
\
SUBTTL PARAMETER SETTING AND SHOWING COMMANDS
;VOLUME COMMAND TO SET VOLUME ID TO MATCH
.VOLUM: NOISE (ID TO LIST ERRORS FOR)
PARSE [FLDDB. (.CMQST,CM%SDH,,<Optionally quoted Volume ID or * for all>,<*>,[
FLDDB. (.CMTXT,CM%SDH)])] ;READ IT
MOVE T1,[POINT 6,T4] ;POINTER TO OUTPUT
MOVE T2,[POINT 7,ATMBUF] ;POINTER TO INPUT
MOVEI P1,6 ;COUNTER
SETZ T4, ;START CLEAR
SIXL: ILDB T3,T2 ;GET NEXT BYTE
CAIL T3,"A"+40 ;ASSURE CASE CONVERSION
CAILE T3,"Z"+40 ;FIRST
SKIPA
SUBI T3,40 ;TO UPPER CASE
CAIL T3," " ;CHECK SIXBIT RANGE
CAILE T3," "+100 ;ALL ALLOWED
JRST SIXFIN ;NO GOOD--MUST BE DONE
SUBI T3," " ;MAKE SIXBIT
IDPB T3,T1 ;STORE
SOJG P1,SIXL ;ONLY TAKE SIX
SIXFIN: TXO F,FL%VOL ;REMEMBER
MOVEM T4,VOLIDM ;STORE NAME
CAMN T4,[SIXBIT/*/] ;CLEARING?
TXZ F,FL%VOL ;YES
CONFRM ;CONFIRM THE LINE
RET ;AND RETURN
;SUPPRESS COMMAND TO SET ERROR TYPE TO SUPPRESS
.SUPPR: PARSE [FLDDB. (.CMKEY,,HRDTAB,,<NOTHING>)] ;KEYWORD INPUT
HRRZ T4,(T2) ;VALUE
CONFRM ;CONFIRM THE LINE
XCT [ TXZ F,FL%SSE+FL%SHE+FL%SUM ;SUPPRESS NOTHING
TXO F,FL%SHE ;HARD
TXO F,FL%SSE ;SOFT
TXO F,FL%SUM](T4) ;MAIN LISTING
RET ;AND RETURN
HRDTAB: HRDLEN,,HRDLEN ;ERROR SUPPRESSION TABLE
AA DETAIL-LISTING,3;DETAILED LISTING SECTION
AA HARD-ERRORS,1 ;HARD ERRORS
AA NOTHING,0 ;NO ERRORS (DEFAULT)
AA SOFT-ERRORS,2 ;SOFT ERRORS
HRDLEN==.-HRDTAB-1
;WHAT COMMAND TO TELL SWITCH SETTINGS
.WHAT: NOISE (ARE PARAMETER SETTINGS) ;GUIDEWORDS
CONFRM ;CONFIRM IT
TYPE <
Suppress > ;ERROR SUPRESSION
HRROI T1,[ASCIZ/No/] ;DEFAULT
TXNE F,FL%SSE ;SOFT?
HRROI T1,[ASCIZ/Soft/];YES
TXNE F,FL%SHE ;HARD?
HRROI T1,[ASCIZ/Hard/];YES
TXC F,FL%SHE+FL%SSE ;CHECK
TXCE F,FL%SHE+FL%SSE ; FOR BOTH ON
SKIPA
HRROI T1,[ASCIZ/All/] ;BOTH
TYPE. 0(T1) ;OUTPUT
TYPE < Errors> ;END LINE
TYPE <
Drive Serial Number to Report: >
TXNE F,FL%SER ;ALL?
JRST CMDWH0 ;NO
TYPE <All drives> ;YES--SAY SO
JRST CMDWH1 ;AND CONTINUE
CMDWH0: MOVE P1,SERNOM ;FETCH THE SERIAL NUMBER
MOVEI T1,.PRIOU ; AND GET THE JFN
CALL SEROUX ; TO TYPE IT
CMDWH1: TYPE <
Volume ID to Report: > ;VOLUMES
TXNE F,FL%VOL ;ALL?
JRST CMDWH2 ;NO
TYPE <All Volumes> ;YES
JRST CMDWH3 ;AND CONTINUE
CMDWH2: MOVE P1,VOLIDM ;GET VOLUME NAME
MOVEI T1,.PRIOU ; AND THE JFN
CALL VOLOUX ; TO TYPE IT
CMDWH3: TXNN F,FL%TIM ;RANGES OF TIME?
JRST CMDWH4 ;NOT SET
TYPE <
Time Settings: Begin: > ;SET--TYPE THEM
MOVEI T1,.PRIOU
MOVE T2,BGNTIM
SETZ T3,
ODTIM
ERJMP LOSE
TYPE <
End: > ;AND END VALUE
MOVEI T1,.PRIOU
MOVE T2,ENDTIM
SETZ T3,
ODTIM
ERJMP LOSE
JRST CMDWH5 ;AND CONTINUE
CMDWH4: TYPE <
No Time Range Set> ;SAY NONE SET
CMDWH5: TXNE F,FL%IFS ;CHECK INPUT FILE SETUP
JRST CMDWH6 ;ONE SPECIFIED
TYPE <
Default Input Error File> ;NOT SET UP
JRST CMDWH7 ;AND CONTINUE
CMDWH6: TYPE <
Input Error File Specified: > ;PREFIX
HRROI T1,JFNSTR ;POINT TO FILENAME STRING
TYPE. 0(T1) ;TYPE IT
CMDWH7: HRROI T1,[ASCIZ/
Complete Output Listing/] ;ASSUME COMPLETE OUTPUT
TXNE F,FL%SUM ;JUST THE SUMMARY?
HRROI T1,[ASCIZ/
Summary Output Listing Only/] ;YUP
TYPE. 0(T1) ;SAY SO
TYPE <
> ;AND A CRLF
RET ;AND RETURN
;DRIVE COMMAND TO SET DRIVE SERIAL NUMBER TO MATCH
.DRIVE: NOISE (SERIAL NUMBER TO LIST ERRORS FOR) ;GUIDEWORDS
PARSE [FLDDB. (.CMNUM,,^D10,,<ALL>,[FLDDB. (.CMKEY,,DRITAB)])] ;PARSE NUMBER
TSC T3,T3 ;CHECK WHICH BLOCK WORKED
JUMPN T3,[ TXZ F,FL%SER ;"ALL" SPECIFIED
CONFRM ;CONFIRM IT
RET] ;CLEAR FLAG AND RETURN
TXO F,FL%SER ;MARK TO CHECK
MOVEI P1,4 ;CONVERT TO FOUR DIGIT BCD
SETZM T4 ;START CLEAR
CMDDR0: IDIVI T2,^D10 ;REMOVE DIGIT
LSHC T3,-4 ;SHIFT DOWN
SOJG P1,CMDDR0 ;LOOP FOR FOUR
ROT T4,^D16 ;RIGHT JUSTIFIY
MOVEM T4,SERNOM ; AND SAVE FOR MATCHING
CONFRM ;CONFIRM THE LINE
RET ;AND RETURN
DRITAB: DRILEN,,DRILEN ;HEADER
AA ALL,0 ;ONLY ENTRY
DRILEN==.-DRITAB-1 ;NUMBER
;TIME COMMAND TO SET BEGIN AND END THRESHOLDS
.TIME: NOISE (TO START LISTING ENTRIES) ;GUIDEWORDS
PARSE [FLDDB.(.CMCFM,,,,,[FLDDB.(.CMTAD,,CM%IDA+CM%ITM,,,[
FLDDB.(.CMTAD,,CM%IDA,,,[FLDDB.(.CMTAD,,CM%ITM)])])])] ;GET BEGIN
TSC T3,T3 ;CHECK FOR JUST A CRLF
JUMPE T3,[ TXZ F,FL%TIM ;YES--CLEAR TIME CHECKING
RET] ; AND DONE HERE
MOVEM T2,BGNTIM ;SAVE IT
NOISE (AND END AT) ;MORE NOISE
PARSE [FLDDB.(.CMCFM,,,,,[FLDDB.(.CMTAD,,CM%IDA+CM%ITM,,,[
FLDDB.(.CMTAD,,CM%IDA,,,[FLDDB.(.CMTAD,,CM%ITM)])])])] ;END
TXO F,FL%TIM ;REMEMBER
MOVEM T2,ENDTIM ;SAVE AWAY
TSC T3,T3 ;CHECK FOR JUST CRLF (FIRST FLDDB.)
JUMPE T3,[GTAD ; IF SO, USE NOW
MOVEM T1,ENDTIM ; AS ENDING TIME
RET] ;AND DONE
CONFRM ;OTHERWISE CONFIRM THE LINE
RET ;AND RETURN
;READ COMMAND TO SET ALTERNATE INPUT FILE
.READ: NOISE (ERROR DATA FROM) ;GUIDEWORDS
MOVX T2,GJ%OLD ;FILE MUST EXIST
MOVEM T2,JFNBLK ;SET FLAGS
PARSE [FLDDB. (.CMIFI,,,,<PS:<SYSTEM-ERROR>ERROR.SYS>)] ;PARSE INPUT FILENAME
MOVEM T2,JFNTMP ;SAVE THE INPUT JFN FOR LATER
CONFRM ;CONFIRM THE LINE
TXO F,FL%IFS ;FILE SPECIFIED
HRROI T1,JFNSTR ;WHERE TO PUT THE STRING
MOVE T2,JFNTMP ;GET JFN BACK
MOVEM T2,IJFN ;PUT IN IJFN
SETZB T3,T4 ;DEFAULT STRING
JFNS ;PUT IT IN STRING BLOCK
ERJMP LOSE ;FAILED
MOVE T1,IJFN ;AND PROCEED TO
RLJFN ; UNLOAD JFN, SAVING STRING
ERJMP LOSE ;FAILED
RET ;AND RETURN
;LIST COMMAND TO SET OUTPUT FILE AND BEGIN
.LIST: NOISE (OUTPUT ON FILE) ;GUIDEWORDS
PARSE [FLDDB. (.CMOFI,,,,<TTY:>)] ;READ OUTPUT SPEC
MOVEM T2,JFNTMP ;STORE JFN FOR OUTPUT
NOISE (AND BEGIN PROCESSING) ;FINAL GUIDEWORDS
CONFRM ;CONFIRM THE LINE
MOVE T1,JFNTMP ;GET BACK OUTPUT JFN
MOVEM T1,OJFN ; AND ESTABLISH IT
SETABT LSTABT ;ACTIVATE CONTROL-E ABORT
CALL PROCES ;DO THE JOB
LSTDON: CLRABT ;CLEAR PSI STUFF
RET ;AND RETURN FOR ANOTHER COMMAND
;DEBRK TRANSFERS CONTROL TO HERE TO ABORT THE LIST COMMAND
LSTABT: MOVEI T1,.PRIOU ;PRESUME TO CLEAR
CFOBF ; THE OUTPUT IN CASE GOING TO TTY
ERJMP LOSE
WARN Listing Aborted
TXZ F,FL%IFS+FL%OFO ;ABORT CLOSE THE FILES
MOVX T1,CZ%ABT+.FHSLF; FOR THE JOB
CLZFF
ERJMP LOSE
MOVE P,SAVPSI ;ADJUST STACK BACK FOR ABORT
JRST LSTDON ; AND FINISH UP THE COMMAND
SUBTTL THE MAIN PROCESSING LOOP
PROCES: MOVX T1,GJ%OLD+GJ%SHT ;GETJFN BITS
HRROI T2,[ASCIZ/PS:<SYSTEM-ERROR>ERROR.SYS/] ;ASSUME DEFAULT
TXNE F,FL%IFS ;SPECIAL FILE SPECIFIED?
HRROI T2,JFNSTR ;YES--POINT TO IT
GTJFN ;TRY TO GET IT
ERJMP [WARN Cannot get JFN on error file:
JRST LOSE] ;FAILED
MOVEM T1,IJFN ;SAVE JFN
PROC1: MOVE T1,IJFN ;GET INPUT JFN
MOVX T2,^D36B5+OF%RD ;TO READ
OPENF ;OPEN IT
ERJMP LOSE ;FAILED
MOVE T1,OJFN ;NOW TRY OUTPUT JFN
MOVX T2,^D7B5+OF%WR ;TO WRITE IN ASCII
OPENF ;OPEN IT
ERJMP LOSE ;FAILED
TXO F,FL%OFO ;MARK AS OPEN
TYPE <
[ PROCESSING > ;SAY WHO
TYPJFN IJFN ;OUTPUT THE FILESPEC TO THE USER
TYPE < ]
> ;AND A CRLF
SETOM LINENO ;INIT LINE COUNTER
SETZM PAGENO ;INIT PAGE NUMBER
TXO F,FL%FDO ;FORCE DATE OUTPUT
SETZM SUMCNT ;INIT SUMMARY TABLE
SETZ T4, ;NO FLAG BITS
SETOM T2 ;TODAY
ODCNV ;CONVERT TO PARTS
ERJMP LOSE ;FAILED
HLLZS T4 ;SET TIME TO MIDNIGHT
IDCNV ;GET LOCAL MIDNITE
ERJMP LOSE ;FAILED
HRROM T2,LSTDAT ;SET DATE PRINTING THRESHOLD
CALL FILINI ;INIT INPUT FILE POINTERS
PROCLP: CALL NXTENT ;GET NEXT ENTRY TO BUFFER
JRST PROCFN ;END OF FILE OR OTHER TERMINATION
MOVE P1,HDRTIM ;MAKE
CALL TIMCHK ; CHECK OF TIME
JRST PROCSM ;UNWANTED--BUT SUMMARIZE
MOVE P1,VOLID ;MAKE
CALL VOLCHK ; CHECK OF VOLUME
JRST PROCSM ;UNWANTED--BUT SUMMARIZE
MOVE P1,SERNO ;MAKE
CALL SERCHK ; CHECK OF DRIVE SERIAL NUMBER
JRST PROCSM ;UNWANTED--BUT SUMMARIZE
MOVE P1,IRBSTS ;MAKE
CALL HRDCHK ; CHECK OF ERROR TYPE
JRST PROCSM ;UNWANTED--BUT SUMMARIZE
TXNE F,FL%SUM ;SUMMARY ONLY?
JRST PROCSM ;YES
CALL TSTPAG ;WANT THIS ONE--
MOVE P1,HDRTIM ;OUTPUT TIME
CALL DATOUT
PSPACE 1
MOVE P1,VOLID ;OUTPUT VOLUME ID
CALL VOLOUT
PSPACE 2
MOVE P1,SERNO ;OUTPUT SERIAL NUMBER
CALL SEROUT
PSPACE 1
OCTOUT LBN,^D10 ;LOGICAL BLOCK NUMBER, 10 RJ OCTAL DIGITS
PSPACE 1
MOVE P1,LBN ;OUTPUT CYL/SURF/SEC
CALL CYLOUT
PSPACE 2
DECOUT RETRY,3 ;RETRY COUNT, 3 RJ DECIMAL DIGITS
PSPACE 1
MOVE P1,IRBSTS ;OUTPUT HARD/SOFT
CALL HRDOUT
PRINT <
> ;AND A CRLF
PROCSM: MOVE P1,VOLID ;VOLUME AND
MOVE P2,IRBSTS ; ERROR TYPE
MOVE P3,DEVTYP ; AND INTERNAL UNIT TYPE
CALL SUMVOL ;FOR SUMMARY BY VOLUME
JRST PROCLP ;AND LOOP
PROCFN: CALL SUMOUT ;PRINT THE SUMMARY
MOVE T1,IJFN ;INPUT JFN
CLOSF ;CLOSE
ERJMP LOSE
MOVE T1,OJFN ;OUTPUT JFN
CLOSF ;SAME
ERJMP LOSE
TXZ F,FL%IFS+FL%OFO ;MARK AS NOT OPEN
RET ;AND DONE
;SUMVOL DO THE SUMMARY OF HARD/SOFT ERRORS BY VOLUME
SUMVOL: SKIPN T2,SUMCNT ;ANYONE THERE?
JRST SUMADV ; NOT YET
SETZ T1, ;START AT THE BEGINNING
SUMSLP: CAMN P1,SUMTAB+VSUM(T1) ;VOLUMES MATCH?
CAME P3,SUMTAB+USUM(T1) ; AND UNIT TYPE TOO?
SKIPA ;NO
JRST SUMINC ;YES--MAKE THE COUNTS
ADDI T1,SIZSUM ;LENGTH OF AN ENTRY
SOJG T2,SUMSLP ;NO FOUND YET--KEEP LOOKING
MOVEI T1,VTBSIZ ;NOT FOUND--CHECK FOR ROOM
SUB T1,SUMCNT ; TO ADD TO TABLE
JUMPG T1,SUMADV ;THERE IS ROOM
TXO F,FL%TMV ;NO ROOM--MARK
RET ; AND FORGET FOR NOW
SUMADV: MOVE T1,SUMCNT ;GET COUNT OF ENTRIES
IMULI T1,SIZSUM ;SIZE OF AN ENTRY
MOVEM P1,SUMTAB+VSUM(T1) ;STORE VOLUME
MOVEM P3,SUMTAB+USUM(T1) ;SET UNIT TYPE
SETZB T2,T3 ;INITIALIZE
DMOVEM T2,SUMTAB+VSUM+1(T1) ; HARD AND SOFT COUNTS
AOSE SUMCNT ;COUNT THE ENTRY
SUMINC: TXNE P2,IS.ERR ;HARD OR SOFT?
AOSA SUMTAB+HSUM(T1) ;HARD
AOS SUMTAB+SSUM(T1) ;SOFT
RET ;AND RETURN
SUBTTL ENTRY INPUT AND VALIDATION ROUTINES
;ALL ROUTINES HERE RETSKP IF VALID AND RET IF ENTRY IS UNWANTED
;TIMCHK VERIFY ENTRY TIME IN P1 IN RANGE
TIMCHK: TXNN F,FL%TIM ;DO WE CARE?
RETSKP ;NO
CAML P1,BGNTIM ;TOO EARLY
CAMLE P1,ENDTIM ; OR TOO LATE?
RET ;YUP
RETSKP ;IN RANGE
;VOLCHK VERIFY VOLUME ID IN P1
VOLCHK: TXNE F,FL%VOL ;DO WE CARE?
CAMN P1,VOLIDM ; OR DOES IT MATCH?
RETSKP ;YES
RET ;NO
;SERCHK VERIFY DRIVE SERIAL NUMBER IN P1
SERCHK: TXNE F,FL%SER ;DO WE CARE?
CAMN P1,SERNOM ; OR DOES IT MATCH?
RETSKP ;YES
RET ;NO
;HRDCHK VERIFY IF SUPPRESSING HARD OR SOFT ERRORS FROM IS.ERR IN P1
HRDCHK: TXNN P1,IS.ERR ;HARD OR SOFT?
JRST SOFCHK ;SOFT
TXNN F,FL%SHE ;SUPPRESS?
RETSKP ;NO
RET ;YES
SOFCHK: TXNN F,FL%SSE ;SUPPRESS?
RETSKP ;NO
RET ;YES
;FILINI INITIALIZE INPUT FILE...
FILINI: MOVEI T1,1 ;ADDRESS OF FIRST HEADER WORD
MOVEM T1,HDRADR ;INIT HDRADR
SETZM HDRWRD ;AND FAKE HDRWRD SO WILL BEGIN AT START
RET ;AND RETURN
;NXTENT READ IN THE NEXT MASSBUS ENTRY. RETSKP OK, RET ON EOF.
NXTENT: LOAD T2,HDRLEN ;HEADER LENGTH
LOAD T1,ENTLEN ;ENTRY LENGTH
ADD T2,T1 ;COMBINE
CALL GETWRD ;READ NEXT HEADER
RET ;EOF???
LOAD T1,HDRCOD ;GET TYPE CODE
CAIE T1,HF.ERR ;IS IT AN ERROR MARKER
CAIN T1,HF.EOF ; OR THE NORMAL EOF MARKER?
RET ;YES
MOVEM T3,HDRADR ;SET NEW HEADER ADDRESS
MOVEM T2,HDRWRD ;SET NEW HEADER WORD
LOAD T1,HDRVER ;GET VERSION
CAIGE T1,HF.VER ;ONE WE KNOW?
JRST LOST ;NO--SANITY CHECK LOSES
MOVE T1,HDRWRD ;WORD
TXNN T1,HF.T20 ;TOPS-20 ENTRY?
JRST LOST ;NO--SANITY CHECK LOSES
LOAD T1,HDRCOD ;GET TYPE CODE
CAIE T1,SEC%MB ;MASSBUS ERROR?
JRST NXTENT ;NO--LOOP
CALL RDENT ;OK, SO READ VALUES
SKIPGE DEVTYP ;DISK DEVICE?
JRST NXTENT ;NO--LOOP
RETSKP ;AND RETURN SKIP
LOST: TYPE <
% LOST SYNCHRONIZATION--ATTEMPTING TO CONTINUE
> ;SAY OOPS
MOVE T1,HDRADR ;GET CURRENT ADDRESS
ADDI T1,^D128 ;MOVE TO NEXT BLOCK
TRZ T1,177 ;AND ROUND BACK TO BEGINNING
MOVEM T1,HDRADR ;THEN STORE BACK
MOVEI T2,0 ;ZERO OFFSET
CALL GETWRD ;READ THE POINTER WORD AT START OF BLOCK
RET ;APPARENTLY END OF FILE...
HRRZS T2 ;OFFSET IS IN THE RIGHT HALF
ADDM T2,HDRADR ;POINT TO START OF NEXT ENTRY
SETZM HDRWRD ;NO FURTHER OFFSETS
JRST NXTENT ; AND TRY THE NEXT ENTRY
;RDENT READ IN THE DATA FOR THE CURRENT ENTRY
RDENT: MOVEI T2,HDRDAT ;GET DATE-TIME
CALL GETWRD
JRST OOPS
MOVEM T2,HDRTIM
LOAD T2,HDRLEN ;GET VOLUME ID
ADDI T2,MB%VID
CALL GETWRD
JRST OOPS
MOVEM T2,VOLID
LOAD T2,HDRLEN ;GET LBN - ACTUALLY LINEAR UNIT ADR
ADDI T2,MB%LOC
CALL GETWRD
JRST OOPS
MOVEM T2,LBN
LOAD T2,HDRLEN ;GET SERIAL #
ADDI T2,SEROFF
CALL GETWRD
JRST OOPS
LOAD T2,F%SER
MOVEM T2,SERNO
LOAD T2,HDRLEN ;GET IORB STATUS
ADDI T2,MB%IRS
CALL GETWRD
JRST OOPS
MOVEM T2,IRBSTS
LOAD T2,HDRLEN ;GET RETRY COUNT
ADDI T2,MB%FEC
CALL GETWRD
JRST OOPS
MOVEM T2,RETRY
LOAD T2,HDRLEN ;GET UNIT TYPE
ADDI T2,MB%TYP
CALL GETWRD
JRST OOPS
LOAD T2,F%TYP
CAILE T2,MXUTYP ;REASONABLE?
SKIPA T2,[-1] ; NO, FAKE AS UNKNOWN
MOVE T2,CVTTAB(T2) ;CONVERT TO INTERNAL FORM UNIT
MOVEM T2,DEVTYP
RET ;AND RETURN
OOPS: ERROR UNEXPECTED END-OF-FILE ON INPUT
;GETWRD ROUTINE TO RETURN DESIRED WORD FROM INPUT FILE
;CALLED WITH OFFSET FROM THE BEGINNING OF THE HEADER IN T2.
;RETURNS THE DESIRED WORD IN T2 RETSKP. NONSKIP FOR END-OF-FILE.
;RETURNS WORD ADDRESS IN T3.
;COMPUTES THE ADJUSTMENTS NEEDED TO ACCOMODATE THE SYNCH WORD AT
;THE START OF EVERY 128-WORD BLOCK.
GETWRD: MOVE T1,HDRADR ;HEADER ADDRESS
ADD T2,T1 ;PLUS OFFSET
LSH T1,-7 ;DIVIDE BY BLOCKSIZE
MOVE T3,T2 ;COPY FOR ADJUST
LSH T3,-7 ;DIVIDE BY BLOCKSIZE
SUB T3,T1 ;COUNT BLOCK CROSSINGS
ADD T3,T2 ;UPDATE ADDRESS FOR PROPER ADJUSTMENT
XOR T2,T3 ;AND CHECK TO SEE IF THE ADJUSTMENT
TRNE T2,200 ; PUSHED US ACROSS ANOTHER BOUNDARY
AOS T3 ;IT DID, ADD THE (FINAL!) ADJUSTMENT.
MOVE T1,IJFN ;INPUT JFN
RIN ;READ THE WORD
ERJMP CHKEOF ;WATCH FOR EOF
RETSKP ;RETURN
CHKEOF: GTSTS ;GET STATUS BITS
TXNN T2,GS%EOF ;END OF FILE?
JRST LOSE ;NO--SOME ERROR
RET ;YES--NONSKIP
SUBTTL OUTPUT CONVERSION ROUTINES
;DATOUT OUTPUT THE DATE-TIME PASSED IN P1.
DATOUT: MOVE T1,OJFN ;JFN
MOVE T2,P1 ;THE DATE-TIME
SETZ T3, ;DEFAULT FORMAT
TXNE F,FL%FDO ;FORCED?
JRST DATOU1 ;YES--MAKE SURE THRESHOLD OK
CAMGE T2,LSTDAT ;PAST THRESHOLD?
JRST [ PUSH P,T2 ;SAVE ACROSS CALL
PSPACE 12 ; DO SPACING
POP P,T2 ;RESTORE
JRST DATOU2] ;AND CONTINUE
TXO F,FL%FDO ;YES, FORCE DATE OUT
DATOU1: HLLM T2,LSTDAT ;UPDATE THE THRESHOLD
MOVSI T4,1 ; AND ADJUST IT
CAML T2,LSTDAT ; TO BE CORRECT
ADDM T4,LSTDAT ; FOR NEXT DAY
DATOU2: TXZN F,FL%FDO ;FORCING?
TXO T3,OT%NDA ;NO--SUPPRESSING
ODTIM ;DO IT
ERJMP LOSE ;FAILED
RET ;DONE
;VOLOUT OUTPUT THE VOLUME ID FROM P1 (SIXBIT)
;ENTRY POINT VOLOUX FOR JFN ALREADY SETUP IN T1
VOLOUT: MOVE T1,OJFN ;JFN FOR OUTPUT
VOLOUX: MOVE T3,[POINT 6,P1] ;POINTER
MOVEI T4,6 ;COUNTER
VOLOUL: ILDB T2,T3 ;FETCH BYTE
ADDI T2," " ;MAKE ASCII
BOUT ;OUTPUT
ERJMP LOSE ;FAILED
SOJG T4,VOLOUL ;LOOP
RET ;DONE
;SEROUT OUTPUT THE SERIAL NUMBER FROM P1 (BCD)
;ENTRY POINT SEROUX FOR JFN ALREADY SETUP IN T1
SEROUT: MOVE T1,OJFN ;JFN FOR OUTPUT
SEROUX: MOVE T2,P1 ;VALUE
MOVE T3,[NO%MAG+NO%LFL+NO%ZRO+4B17+^D16] ;FOUR BCD DIGITS
NOUT ; WITH ZERO FILL
ERJMP LOSE ;FAILED
MOVEI T2,"." ;"DECIMAL"
BOUT ; POINT
ERJMP LOSE ;FAILED
RET ;DONE
;HRDOUT OUTPUT IF HARD OR SOFT ERROR BASED ON IS.ERR IN P1
HRDOUT: TXNE P1,IS.ERR ;HARD OR SOFT?
JRST [ PRINT <HARD> ;HARD
RET] ;DONE
PSPACE 4 ;SOFT - SPACE INSTEAD
RET
;CYLOUT OUTPUT CYLINDER/SURFACE/SECTOR FROM LBN IN P1
CYLOUT: MOVE T4,DEVTYP ;GET TYPE OF UNIT FOR INDEX
CAMGE P1,.MXBLK(T4) ;MORE THAN ONE UNIT FULL?
JRST CYLOU1 ;NO
SUB P1,.MXBLK(T4) ;REDUCE BY SECTORS/UNIT
JRST .-3 ;AND LOOP
CYLOU1: IDIV P1,.TRBLK(T4) ;DIVIDE BY SECTORS/CYLINDER
DECOUT P1,4 ;4 DIGIT DECIMAL CYLINDER
PSPACE 2 ;AND SPACING
MOVE P1,P2 ;MOVE
IDIV P1,.SUBLK(T4) ;DIVIDE BY SECTORS/SUFRACE
DECOUT P1,2 ;TWO DIGIT DECIMAL SURFACE
PSPACE 2 ;AND SPACING
MOVE P1,P2 ;MOVE
IMUL P1,.SECBK(T4) ;MULTIPLY BY SECTORS/BLOCK
DECOUT P1,3 ;THREE DIGIT DECIMAL SECTOR
RET ;AND RETURN
;CONVERSION FROM UNIT TO INTERNAL DISK UNIT, -1 FOR NON-DISK OR UNKNOWN
CVTTAB: EXP -1 ;0 - UNKNOWN TYPE
EXP 1 ;1 - RP04
EXP 0 ;2 - RS04
EXP -1 ;3 - TU45
EXP -1 ;4 - TM02
EXP 2 ;5 - RP05
EXP 3 ;6 - RP06
EXP 5 ;7 - RP07
EXP -1 ;10 - RP08--NOT YET HANDLING
EXP 4 ;11 - RM03
EXP -1 ;12 - TM03
EXP -1 ;13 - TU77
EXP -1 ;14 - TM78
EXP -1 ;15 - TU78
EXP -1 ;16 - DX20-A (FOR TAPES)
EXP -1 ;17 - TU70
EXP -1 ;20 - TU71
EXP -1 ;21 - TU72
EXP -1 ;22 - TU7x
EXP -1 ;23 - DX20-B (FOR DISKS)
EXP 6 ;24 - RP20
EXP -1 ;25 - CI/KLIPA WITH NO MSCP
EXP -1 ;26 - HSC50
EXP 7 ;27 - RA80
EXP 10 ;30 - RA81
EXP 11 ;31 - RA60
MXUTYP==.-CVTTAB-1
;TABLES INDEXED BY INTERNAL UNIT TYPE
.DVTAB: ASCIZ/RS04/
ASCIZ/RP04/
ASCIZ/RP05/
ASCIZ/RP06/
ASCIZ/RM03/
ASCIZ/RP07/
ASCIZ/RP20/
ASCIZ/RA80/
ASCIZ/RA81/
ASCIZ/RA60/
.MXBLK: ^D2048 ;2048 BLOCKS PER RS04
^D152000 ;152000 BLOCKS PER RP04
^D152000 ;152000 BLOCKS PER RP05
^D304000 ;304000 FOR AN RP06
^D121360 ;121360 BLOCKS/PACK RM03
^D865504 ;865504 BLOCKS PER RP07
^D201420 ;201420 BLOCKS PER RP20
^D53508 ;53508 BLOCKS PER RA80
^D200928 ;200928 BLOCKS PER RA81
^D90516 ;90516 BLOCKS PER RA60
.TRBLK: ^D32 ;32 BLOCKS/TRACK ON RS04
^D380 ;380 BLOCKS/CYL RP04
^D380 ;380 BLOCKS/CYL RP05
^D380 ;380 BLOCKS/CYL RP06
^D148 ;BLOCKS/CYL RM03 (LAST 2 SECTORS LOST)
^D1376 ;1376 BLOCKS/CYL RP07
^D180 ;180 SECTORS/CYL ON RP20
^D196 ;196 BLOCKS/CYL RA80
^D161 ;161 BLOCKS/CYL RA81
^D52 ;52 BLOCKS/CYL RA60
.SUBLK: ^D0 ;RS04 BLOCKS/SURFACE
^D20 ;RP04 BLOCKS/SURFACE
^D20 ;RP05 BLOCKS/SURFACE
^D20 ;RP06 BLOCKS/SURFACE
^D30 ;BLOCKS / SURFACE FOR RM03
^D43 ;RP07 BLOCKS/SURFACE
^D6 ;RP20 SECTORS/SURFACE
^D28 ;RA80 BLOCKS/SURFACE
^D46 ;RA81 BLOCKS/SURFACE
^D52 ;RA60 BLOCKS/SURFACE
.SECBK: 2 ;2/BLOCK FOR RS04
1 ;1 PER FOR RP04
1 ;1 PER FOR RP05
1 ;1 PER FOR RP06
1 ;1 SECTOR / BLOCK FOR RM03
1 ;1 PER FOR RP07
1 ;1 SECTOR/BLOCK FOR RP20
1 ;1 SECTOR/BLOCK FOR RA80
1 ;1 SECTOR/BLOCK FOR RA81
1 ;1 SECTOR/BLOCK FOR RA60
SUBTTL PAGE HEADER PRINTING ROUTINE
;TSTPAG ROUTINE CALLED PRIOR TO OUTPUTTING A LINE. TESTS LINENO AND
; PUTS OUT A NEW PAGE HEADER WHEN THE COUNTER EXPIRES.
TSTPAG: AOSE LINENO ;HEADER TIME
RET ;NOT YET
AOS PAGENO ;NEW PAGE
PRINT. [BYTE(7).CHFFD,0,0,0,0] ;OUTPUT FORM FEED
PRINT <
DSKERR %> ;OUT NAME
VERSIO EVEC+2 ;OUTPUT OUR VERSION NUMBER
PRINT < > ;AND A TAB
MOVE T1,OJFN ;OUTPUT JFN
SETO T2, ;NOW
ODTIM ;DATE AND TIME
ERJMP LOSE
PRINT < PAGE >
DECOUT PAGENO,3 ;AND FINALLY THE PAGE NUMBER
PRINT <
DATE TIME VOLUME SERIAL # LBN CYL SURF SEC RETRY TYPE
> ;COLUMN HEADER
MOVNI T1,PAGSIZ ;RESET COUNTER
MOVEM T1,LINENO ; FOR NEXT TIME
TXO F,FL%FDO ;FORCE THE DATE ON FIRST LINE
RET ;AND RETURN
SUBTTL SUMMARY PRINTING ROUTINE
;SUMOUT OUTPUT THE BY VOLUME SUMMARY ON A NEW PAGE
SUMOUT: SKIPN P2,SUMCNT ;ANYTHING TO DO
JRST [TYPE <No errors summarized> ;NOTHING ACCUMULATED
RET] ;SO DONE
PRINT. [BYTE(7).CHFFD,0,0,0,0] ;FORM FEED FOR NEW PAGE
PRINT <
ERROR SUMMARY BY VOLUME
VOLUME ID UNIT TYPE HARD ERRORS SOFT ERRORS
> ;THE HEADER LINE
SETZ P3, ;START OF TABLE
SUMOLP: MOVE P1,SUMTAB+VSUM(P3) ;VOLUME ID
CALL VOLOUT ;OUTPUT IT
PSPACE 10 ;SPACING
MOVE T2,SUMTAB+USUM(P3) ;UNIT TYPE
PRINT. .DVTAB(T2) ;PRINT NAME
PSPACE 10 ;SPACING
DECOUT SUMTAB+HSUM(P3),6 ;DO HARD ERROR COUNT
PSPACE 10 ;SPACING
DECOUT SUMTAB+SSUM(P3),6 ;DO SOFT ERROR COUNT
PRINT <
> ;AND END LINE
ADDI P3,SIZSUM ;SIZE OF AN ENTRY
SOJG P2,SUMOLP ;LOOP THRU TABLE
TXNN F,FL%TMV ;SOME NOT LISTED?
RET ;NO, DONE.
PRINT <
*** Further volumes not listed because of insufficient room in table ***
> ;PROVIDE A CLUE
RET ;AND DONE
SUBTTL THE DATA AREA
XLIST ;DUMP THE LITERALS
LIT
LIST
SAVEP: BLOCK 1 ;STORAGE OF STACK FOR COMND PARSING
JFNSTR: BLOCK 100 ;STORAGE FOR INPUT FILENAME
IJFN: BLOCK 1 ;INPUT FILE JFN
PAGENO: BLOCK 1 ;PAGE NUMBER
LINENO: BLOCK 1 ;LINE NUMBER
BGNTIM: BLOCK 1 ;BEGIN TIME
ENDTIM: BLOCK 1 ;END TIME
VOLIDM: BLOCK 1 ;SIXBIT VOLUME ID TO MATCH
SERNOM: BLOCK 1 ;DRIVE SERIAL NUMBER TO MATCH
LSTDAT: BLOCK 1 ;LAST DATE OUTPUT WORD
;ENTRY DATA
HDRADR: BLOCK 1 ;ADDRESS OF CURRENT HEADER WORD
HDRWRD: BLOCK 1 ;CURRENT HEADER WORD
HDRTIM: BLOCK 1 ;DATE-TIME
DEVTYP: BLOCK 1 ;DEVICE TYPE WORD
VOLID: BLOCK 1 ;VOLUME ID
LBN: BLOCK 1 ;LOGICAL BLOCK NUMBER
RETRY: BLOCK 1 ;RETRY COUNT
IRBSTS: BLOCK 1 ;IORB STATUS WORD
SERNO: BLOCK 1 ;SERIAL NUMBER
SUMCNT: BLOCK 1 ;COUNT OF ENTRIES IN SUMTAB
SUMTAB: BLOCK SIZSUM*VTBSIZ ;SUMMARY TABLE--VOLID,HARD,SOFT
END <3,,EVEC>