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TITLE MONEY - DEMO FOR SIMPLE FACT FILE BILLING PROGRAM
SUBTTL R CLEMENTS /DJB/RCC/JSL/PFC



;COPYRIGHT (C) 1975,1978,1979 BY
;DIGITAL EQUIPMENT CORPORATION, MAYNARD, MASS.
;
;
;THIS SOFTWARE IS FURNISHED UNDER A LICENSE AND MAY BE USED AND COPIED
;ONLY  IN  ACCORDANCE  WITH  THE  TERMS  OF  SUCH LICENSE AND WITH THE
;INCLUSION OF THE ABOVE COPYRIGHT NOTICE.  THIS SOFTWARE OR ANY  OTHER
;COPIES THEREOF MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE TO ANY
;OTHER PERSON.  NO TITLE TO AND OWNERSHIP OF THE  SOFTWARE  IS  HEREBY
;TRANSFERRED.
;
;THE INFORMATION IN THIS SOFTWARE IS SUBJECT TO CHANGE WITHOUT  NOTICE
;AND  SHOULD  NOT  BE  CONSTRUED  AS A COMMITMENT BY DIGITAL EQUIPMENT
;CORPORATION.
;
;DIGITAL ASSUMES NO RESPONSIBILITY FOR THE USE OR RELIABILITY  OF  ITS
;SOFTWARE ON EQUIPMENT WHICH IS NOT SUPPLIED BY DIGITAL.

VMONEY==17
VEDIT==23
VMINOR==2
VWHO==0

JOBVER=137
LOC JOBVER
	BYTE	(3)VWHO(9)VMONEY(6)VMINOR(18)VEDIT
RELOC

;REVISION HISTORY

;7	CONVERT ALL DATES AND TIMES TO INTERNAL FORMAT
;10	RECOGNIZE "ODD" ENTRY TYPES AS NEW FORMAT DATE/TIME
;11	DISALLOW JIFSEC DEPENDENCY IN NEW FORMAT (BASICALLY, ALL
;    KILLO-CORE-TICK VALUES BECOME KILLO-CORE-SECONDS*100)
;12	RECOGNIZE LOGIN/ATTACH FAILURE ENTRIES
;13	REMOVE UNUSED CODE AND LABELS
;14	ROUND PRICES
;15	MINIMAL ERROR MESSAGES
;16	REFORMAT SPOOL LISTING SO PRICE LINES UP
;17	PUT CODE IN FOR SPRINT ENTRIES
;20	RECOVER MORE GRACEFULLY FROM BAD ENTRIES
;21	(10-13462)[PFC] CORRECT ACCUMULATOR REFERENCE
;22	M.M MACRO FOR SSD CODE MISSING RIGHT PAREN.
;23	ADD SUPPORT FOR MOUNT ENTRIES

;ACCUMULATOR DEFINITIONS

F=0	;FOR FLAGS
A=1	;A THROUGH D ARE GP REGISTERS, E G LOOKUPS.
B=2
C=3
D=4
E=5

X=7	;INDEX OF CURRENT FACT ENTRY TYPE
BP=10	;BYTE POINTER
WD=11	;WORD
M=12	;FOR MESSAGES
N=13	;FOR NUMBERS
N1=N+1
R=15	;RADIX PRINT RADIX
CH=16	;CHARS
P=17	;PUSHDOWN STACK

;FLAGS IN LH OF F
FL.HIA==1		;HIATUS ENTRY HAS BEEN SEEN
FL.SIX==10		;TEMP FLAG IN SIXBIT PRINTER
FL.EOF==20		;LAST FACT ENTRY WAS EOF CODE
FL.NDT==40		;THIS ENTRY IS IN "NEW" FORMAT.
			; DATE/TIME WORD (ENTRY+2) IS INTERNAL FORM
			; AND JIFSEC DEPENDENCY IS GONE

;DEVICE CHANNELS
MFD==1
DSK==2
LPT==3

;CALLI DEFINITIONS

RESET=0
GETCHR==1
CORE==11
EXIT==12
DATE==14
MSTIME==23
GETTAB==41
DEVPPN==55

;MISC PARAMETERS

MAXENT==^D25		;MAXIMUM NUMBER OF WORDS IN A FACT ENTRY
MAXJOB==200		;MAXIMUM JOB NUMBER IN SYSTEM
PDLL==40		;STACK LENGTH

;SEE ALSO PRICE CONSTANTS AT END OF PROGRAM

SUM.PP==0		;OFFSET FOR PPN IN SUMMARY TABLE ENTRY
SUM.IO==1		;OFFSET FOR ON + OFF COUNTS
SUM.RN==2		;OFFSET FOR RUN TIME
SUM.KS==3		;OFFSET FOR KILOCORESECONDS
SUM.CN==4		;OFFSET FOR CONNECT TIME
SUMSIZ==5		;SIZE OF ENTRY IN SUMMARY TABLE

;GETTAB CONSTITUENTS

%CNSTS==17,,11		;SYSTEM STATES
%LDSYS==1,,16		;SYS PPN

ST.LVD==7B9		;NON-ZERO IN STATES IF LEVEL D DISK SERVICE

;THE FOLLOWING ARE THE DEFINITIONS AND CONVENTIONS
; OF THE FACT ENTRY TYPE CODES AND DATA.
;
;CODES 400-776 ARE RESERVED FOR CUSTOMERS, 1-377 ARE FOR DEC.
;CODE 777 IS THE EOF CODE.
;ENTRY CODES GO IN BITS 0-8 OF WORD 0 OF FACT ENTRY.

;FOR DEC'S ENTRIES, AN EVEN NUMBERED ENTRY HAS OLD FORMAT (12-24)
; DATE AND TIME WORD, AND TIME INFO MAY BE JIFSEC-DEPENDENT.
;FOR AN ODD-NUMBERED ENTRY, THE DATE AND TIME IS NEW (18-18) FORMAT,
; AND JIFSEC-DEPENDENCY IS ILLEGAL. THE CODES OTHERWISE MEAN THE
; SAME AS THE CORRESPONDING EVEN NUMBERED CODE (I.E., CODE-1).

;ARGUMENTS TO THE M.M MACRO ARE:
;	1 - THREE-LETTER ABBREVIATION FOR ENTRY TYPE
;	2 - CODE VALUE (OCTAL)
;	3 - UP TO SIX CHARACTERS, SIXBIT, FOR LISTING LABEL

;WORD 0 OF ALL FACT ENTRIES HAS THE FOLLOWING REQUIRED FORMAT:
;	BITS 0-8 ARE THE FACT TYPE CODE
;	BITS 9-17 ARE THE JOB NUMBER. THIS SHOULD NEVER BE ZERO. PLUG
;		IN THE REPORTING CUSP'S JOB IF NOTHING ELSE IS
;		APPROPRIATE, SO BILLING CAN BE INDIRECTED.
;	BITS 18-23 ARE THE TTY LINE NUMBER (BINARY). SAME COMMENT
;		AS FOR JOB NUMBER. -1 MEANS THE CTY. -2 MEANS DETACHED
;
;WORD 2 IS THE DATE AND TIME WORD. DAEMON WILL FILL THIS IN FOR YOU
; IF YOU MAKE THE ENTRY VIA DAEMON UUO, FACT SUBFUNCTION, AND YOU
; SUPPLY A ZERO IN THIS WORD.

;ORDER IS NOT SIGNIFICANT.
DEFINE M.FE <
;HEADER FOR A CKPNT ENTRY
M.M(CHK,200,CHK)
;HEADER FOR A LOGIN ENTRY
M.M(LGI,100,ON)
;HEADER FOR LOGIN FAILURE
M.M(LGF,120,LGFAIL)
;HEADER FOR A LOGOUT ENTRY
M.M(LGO,140,OFF)
;HEADER FOR SPACE'S DISK STATISTICS
M.M(SPC,160,SPACE)
;HEADER FOR AN ATTACH ENTRY
M.M(ATT,240,ATT)
;HEADER FOR ATTACH FAILURES
M.M(ATF,260,ATFAIL)
;HEADER FOR SPOOLER STATISTICS
M.M(SPL,250,SPOOL)
;HEADER FOR SPRINT STATISTICS
M.M(INP,230,SPRINT)
;HEADER FOR MOUNT STATISTICS	;[23]
M.M(MNT,270,MOUNT)
;HEADER FOR SYSTEM RESTART
M.M(SRS,370,RESTRT)
;HEADER FOR SCHEDULED SHUTDOWN
M.M(SSD,372,SHUTDN)
;HEADER FOR HIATUS IN FACT FILE
M.M(HIA,377,HIATUS)
;END OF FACT-FILE CODE
M.M(EOF,777,ENDFIL)
>

DEFINE M.M(A,B,C)<
FE.'A=B
>

	M.FE
				;ASSIGN THE FE. VALUES

SUBTTL	INITIALIZATION

;STARTS HERE

MONEY:	CALLI	RESET
	MOVE	P,PDP
	MOVEI	F,0
	INIT	MFD,14
	SIXBIT	/DSK/
	XWD	0,MFDB
	  JRST	MNYCID		;CAN'T INIT DSK
	INIT	DSK,14
	SIXBIT	/DSK/
	XWD	0,DSKB
	  JRST	MNYCID		;CAN'T INIT DSK
	INIT	LPT,0
	SIXBIT	/LPT/
	XWD	LPTB,0
	  JRST	MNYCIL		;CAN'T INIT LPT
	MOVE	B,[%LDSYS]
	CALLI	B,GETTAB	;GET SYS PPN
	  SKIPA	A,[%CNSTS]	;NOT IMPLEMENTED, SEE IF LEVEL C
	JRST	SYSDEF		;B=DEFAULT SYS PPN
	CALLI	A,GETTAB	;GET STATES WORD
	  SETZ	A,		;CANT, MAKE LOOK LIKE LEVEL C (CANT BE D)
	MOVE	B,[XWD 1,4]	;LEVEL D DEFAULT SYS PPN
	TLNN	A,(ST.LVD)	;SKIP IF LEVEL D
	MOVE	B,[XWD 1,1]	;NO, ASSUME LEVEL C DEFAULT SYS PPN
SYSDEF:	MOVSI A,(SIXBIT .SYS.)
	CALLI A,DEVPPN		;GET PPN FOR SYS
	  MOVE	A,B		;NOT IMPLEMENTED, USE DEFAULT
	MOVEM	A,SYSPP
	INBUF	MFD,1
	INBUF	DSK,1
	OUTBUF	LPT,2
	HRRZ	A,.JBFF##
	MOVEI	A,1(A)		;WORD FOR SAFETY
	MOVEM	A,SUMBAS
	MOVEM	A,SUMTOP	;SUMMARY TABLE IS EMPTY
	SETOM	@SUMBAS		;FIRST ENTRY IN IT IS END
	SETZM	TABBLK
	MOVE	A,[XWD TABBLK,TABBLK+1]
	BLT	A,BLTEND
	MOVE	A,[SIXBIT /MONEY/]
	MOVSI	B,(SIXBIT /TXT/)
	SETZB	C,D
	ENTER	LPT,A
	  JRST	MNYCEL		;CAN'T ENTER ON LPT

	MOVE	A,[XWD 17,11]
	CALLI	A,GETTAB
	  MOVEI	A,0	;ERROR RETURN
	MOVEI	B,^D60
	TLNE	A,4000
	MOVEI	B,^D50
	MOVEM	B,JIFSEC
	IMULI	B,^D24*^D60*^D60	;JIFFIES PER DAY
	MOVEM	B,JIFDAY

	MOVEI	M,[ASCIZ	/
ACCOUNTING SUMMARY AT /]
	PUSHJ	P,MSG		;HEADER FOR THE OUTPUT
	CALLI	A,MSTIME
	PUSHJ	P,MSTOUT
	MOVEI	M,[ASCIZ / ON /]	;DATE AND TIME
	PUSHJ	P,MSG
	CALLI	A,DATE
	PUSHJ	P,DATOUT
	PUSHJ	P,CRLF2
	MOVSI	B,(SIXBIT /SYS/)	;FIRST DUMP ACCT.SYS
	MOVEM	B,EXTEN
	PUSHJ	P,DUMP
	MOVE	A,SYSPP
	MOVSI	B,(SIXBIT /UFD/)	;NOW GET ANY OTHER FACT.XXX
	MOVEI	C,0
	MOVE	D,MFDPPN		;LOOK IN MFD
	LOOKUP	MFD,A
	  JRST	MNYCLS		;CAN'T LOOKUP SYS UFD

ML1:	PUSHJ	P,RDM
	JFCL
	MOVE	A,WD
	PUSHJ	P,RDM
	JRST	TOTALS		;END OF MFD. GO DO TOTALS
	MOVE	B,WD
	CAME	A,[SIXBIT /FACT/]
	JRST	ML1
	HLLZM	B,EXTEN
	HLRZS	B
	CAIN	B,(SIXBIT /SYS/)
	JRST	ML1
	PUSHJ	P,FFOUT
	PUSHJ	P,DUMP		;FOUND ONE. GO DUMP IT
	JRST	ML1		;SEARCH FOR MORE

SUBTTL	SUBROUTINE TO DUMP ONE FACT FILE

DUMP:	MOVEI	M,[ASCIZ /
FILE FACT./]
	PUSHJ	P,MSG		;HEADING FOR A FACT FILE
	MOVE	WD,EXTEN
	PUSHJ	P,SIXBP
	PUSHJ	P,CLRON	;CLEAR ALL ONTIMES
	MOVE	A,[SIXBIT /FACT/]	;LOOKUP THE FILE
	HLLZ	B,EXTEN
	MOVEI	C,0
	MOVE	D,SYSPP
	LOOKUP	DSK,A
	JRST	DUMPX1
	MOVEI	M,[ASCIZ /  CREATED /]	;OUTPUT ITS CREATION TIME
	PUSHJ	P,MSG
	PUSH	P,C
	LSH	B,^D15		;HIGH ORDER DATE BITS TO B 33,4,5
	DPB	B,[POINT 3,0(P),23]	;SAVE FOR DATE PRINTING
	LDB	A,[POINT 11,C,23]
	PUSHJ	P,MINOUT
	PUSHJ	P,TAB
	POP	P,A
	ANDI	A,77777		;15-BIT DATE
	PUSHJ	P,DATOUT	;PRINT IT
	PUSHJ	P,CRLF2

	MOVEI	M,HEDMSG		;HEADER FOR TRANSACTIONS
	PUSHJ	P,MSG
NXTENT:	SETZM	ENTRY		;CLEAR DATA TABLE FOR THE ENTRY
	MOVE	A,[XWD ENTRY,ENTRY+1]
	BLT	A,ENTRY+MAXENT-1
	PUSHJ	P,DSKRD		;READ HEADER OF ENTRY
	MOVEM	WD,ENTRY
	LDB	A,[POINT 9,ENTRY,8]
	TRNE	A,1		;NEW-TYPE ENTRY??
	TLOA	F,FL.NDT	;YES, SET FLAG
	TLZ	F,FL.NDT	;NO, ENSURE FLAG CLEAR
	MOVSI B,-FETABL		;SEARCH FOR THIS TYPE CODE
DMP5L:	HLRZ C,FETAB(B)		;GET A CODE
	CAIN A,(C)		;MATCH?
	JRST DMP5F		;YES
	IORI	C,1		;TRY NEW TYPE
	CAIN	A,(C)		;NOW MATCH?
	JRST	DMP5F		;YES
	AOBJN B,DMP5L		;NO. LOOP THRU TABLE
	JRST BADENT		;NO SUCH CODE KNOWN

SUBTTL	PER-ENTRY PROCESSING

DMP5F:	HRRZ X,FETAB(B)		;GET THE INDEX
	ANDI	WD,77
	JUMPE	WD,EOFQ
	CAIL	WD,MAXENT
	JRST	BADEND
	MOVNS	WD
	HRLZ	A,WD
	JRST	DUMP03
DUMP02:	PUSHJ	P,DSKRD		;READ DATA FOR THIS ENTRY
	MOVEM	WD,ENTRY(A)
DUMP03:	AOBJN	A,DUMP02

	MOVE WD,FESIX(X)	;AND THE PRINT STRING
	PUSHJ	P,SIXBT
	LDB	N,[POINT 9,ENTRY,17]	;JOB
	PUSHJ	P,DECPRT
	PUSHJ	P,TAB
	MOVSI	WD,(SIXBIT .TTY.)
	HRLZ	N,ENTRY		;GET LINE NUMBER
	ASH	N,-^D24		;EXTEND SIGN BIT OF LINE NUMBER
	JUMPGE	N,DMP5B		;JUMP IF TTY LINE
	MOVSI	WD,(SIXBIT .DET.)
	TRNE	N,1		;-2=DETACHED, -1=CTY
	MOVSI	WD,(SIXBIT .CTY.) ;-1=CTY
DMP5B:	PUSHJ	P,SIXBP
	JUMPL	N,DMP5C
	CAIGE	N,2000		;SKIP IF SIXBIT
	JRST	DMP5D
	LSH	N,6		;LEFT JUSTIFY
	HRLZ	WD,N
	PUSHJ	P,SIXBP
	JRST	DMP5C
DMP5D:	PUSHJ	P,OCTPRT	;PRINT TTY IF BINARY TTY LINE
DMP5C:	PUSHJ	P,TAB
	HLRZ	N,ENTRY+1	;PROJ
	PUSHJ	P,OCTPRT
	PUSHJ	P,TAB
	HRRZ	N,ENTRY+1	;PROG
	PUSHJ	P,OCTPRT
	PUSHJ	P,TAB

;LIST DATE, TIME, ETC.

	MOVE	B,ENTRY+2	;PICK UP DATE/TIME WORD
	TLNN	F,FL.NDT	;NEW FORMAT?
	PUSHJ	P,CDATIM	;NO, CONVERT IT
	PUSH	P,B		;SAVE INTERNAL FORMAT
	HLRZ	A,B		;GET DATE IN A RIGHT HALF
	PUSHJ	P,PRDATE	;PRINT IT
	PUSHJ	P,SPACE
	POP	P,A
	HRRZS	A
	PUSHJ	P,HRMNSC	;PRINT TIME
	CAIN	X,X.FUT		;IS IT A PATCH-IN ENTRY?
	JRST	DMPFUT		;YES, GO DUMP IT
	CAIN	X,X.INP		;IS IT AN INPUT REQUEST
	MOVEI	X,X.SPL		;YES, TREAT LIKE SPOOLER FROM NOW ON
	CAIN	X,X.MNT		;[23] IS IT MOUNT RECORD?
	JRST	DMP6B		;[23] YES, SKIP NEXT TWO TESTS
	CAIE	X,X.LGF		;LOGIN FAILURE?
	CAIN	X,X.ATF		;OR ATTACH FAIL?
	JRST	EOLX		;YES, LIST NO MORE
	CAIE X,X.CHK
	CAIN X,X.SPL
	SKIPA
	JRST [
		PUSHJ P,TAB
		PUSHJ P,SPACE
		JRST DMP6A]
DMP6B:	PUSHJ P,SPACE
	CAIE	X,X.MNT		;[23] IF MOUNT, TREAT ALMOST LIKE SPOOL
	CAIN X,X.SPL
	SKIPA WD,ENTRY+10	;PHYSICAL DEVICE SPOOLED
	MOVE	WD,ENTRY+7	;PROGRAM RUNNING WHEN CHKPNT
	PUSHJ P,SIXALL
DMP6A:	PUSHJ P,SPACE
	CAIE	X,X.MNT		;[23] IF MOUNT, TREAT ALMOST LIKE SPOOL
	CAIN X,X.SPL
	JRST LSTSPL		;FROM HERE ON, SPOOLER IS A LOT DIFFERENT

;HERE COLLECT PER-JOB DATA

	LDB	A,[POINT 6,ENTRY,35]	;ENTRY SIZE
	CAIG	A,3
	JRST	DUMP07		;LOGIN, MAY BE
	MOVE	A,ENTRY+3
	IDIVI	A,^D1000
	CAIL	B,^D500		;ROUND
	ADDI	A,1
	LDB	B,[POINT 9,ENTRY,17]	;GET JOB NUMBER
	MOVEM	A,CJBRNT(B)	;SAVE AS RUN TIME IN CASE CHECKPOINT.
	PUSHJ	P,RNTOUT	;RUNTIME
	PUSHJ	P,TAB
	MOVE	N,ENTRY+4	;KCT
	PUSHJ	P,GETKCS	;CONVERT TO KCS
	LDB	B,[POINT 9,ENTRY,17]	;JOB NUMBER
	MOVEM	N,CJBKCS(B)	;SAVE FOR CHECKPOINT
	PUSHJ	P,DECPRT
	PUSHJ	P,TAB
	LDB	A,[POINT 6,ENTRY,35]	;GET SIZE OF ENTRY AGAIN
	CAIG	A,5		;IF GT 5, HAVE DISK BLOCKS READ AND WRITTEN
	JRST	EOLA		;NO, FORGET IT
	MOVE	N,ENTRY+5	;DISK BLOCKS READ
	MOVEM	N,CJBRCT(B)	;SAVE IN CASE CHKPNT		[21]
	PUSHJ	P,DECPRT
	PUSHJ	P,TAB
	MOVE	N,ENTRY+6	;DISK BLOCKS WRITTEN
	MOVEM	N,CJBWCT(B)	;SAVE IN CASE CHKPNT
	PUSHJ	P,DECPRT
	CAIA
EOLA:	PUSHJ	P,TAB

;HERE TO DO PER-USER ACCOUNTING

EOL:	MOVE	A,ENTRY+1
	LDB	B,[POINT 9,ENTRY,17]
	MOVEM	A,CJBPPN(B)	;SAVE USER PPN
	JUMPLE	A,NOTOTL	;MAKE SURE POSITIVE
	PUSHJ	P,SUMFND	;GET TABLE ADDRESS FOR THIS GUY
	MOVSI	C,1
	CAIN	X,X.LGI		;LOGIN?
	ADDM	C,SUM.IO(A)	;YES, COUNT LOGINS IN LEFT HALF
	CAIN X,X.CHK		;CHECKPOINT?
	JRST	CKLST		;YES.
	CAIE	X,X.LGO		;LOGOUT?
	JRST	NOTOTL		;NO, DO NOT TOTAL JOB
	AOS	SUM.IO(A)
	MOVE	B,ENTRY+3
	IDIVI	B,^D1000
	CAIL	C,^D500
	ADDI	B,1
	ADDM	B,SUM.RN(A)
	MOVE	N,ENTRY+4	;PICK UP KCT
	PUSHJ	P,GETKCS
	ADDM	N,SUM.KS(A)	;TOTAL FOR USER

CKLST:	PUSHJ	P,TAB
	LDB	N,[POINT 9,ENTRY,17]	;JOB
	CAIL	N,MAXJOB
	JRST	EOLX
	MOVEI	B,0
	CAIN X,X.CHK		;IF CHKPOINT, DONT CLEAR JOB ON TIME
	MOVE	B,JOBON(N)	;LEAVE IT AS IS.
	EXCH	B,JOBON(N)
	JUMPE	B,ONZERO
	PUSH	P,B		;SAVE DATE AND TIME ON
	MOVE	B,ENTRY+2	;PICK UP DATE/TIME
	TLNN	F,FL.NDT	;NEW FORMAT?
	PUSHJ	P,CDATIM	;CONVERT TO INTERNAL
	SUBB	B,0(P)		;GET CONNECT TIME
	CAIN	X,X.CHK		;CHKPNT?
	JRST	.+3		;YES, TOTAL LATER
	ADDM	B,SUM.CN(A)	;NO, TOTAL FOR USER
	MOVEI	B,0		;AND CLEAR JOB CONNECT
	MOVEM	B,CJBCON(N)	; IF CHKPNT, SAVE
	MOVE	A,0(P)		;GET CONNECT AGAIN
	PUSHJ	P,HRMNSC	;PRINT HOURS, MINS, SECS
	PUSHJ	P,TAB
	MOVE	A,ENTRY+3
	IDIVI	A,^D1000
	CAIL	B,^D500		;ROUND
	ADDI	A,1
	IMUL	A,RUNPRC
	MOVE	N,ENTRY+4
	PUSHJ	P,GETKCS
	IMUL	N,KCSPRC
	ADD	A,N
	POP	P,B		;RETRIEVE ONTIME
	IMULI	B,^D24		;HOURS IN LH, FRACTION IN RH
	MUL	B,CONPRC	;CENTS IN B AND C LH
	ASHC	B,^D17		;CENTS NOW IN B
	TLNE	C,(1B1)		;ROUND IF GT 1/2 CENT
	ADDI	B,1
	ADD	A,B
	PUSHJ	P,BUXPNT
NOTOTL:
EOLX:	PUSHJ	P,CRLF
	JRST	NXTENT

LSTSPL:	MOVE A,ENTRY+4
	IDIVI A,^D1000
	CAIL	B,^D500
	ADDI A,1
	PUSHJ P,RNTOUT		;TYPE RUN TIME OF SPOOLER
	PUSHJ P,TAB
	MOVE N,ENTRY+5
	PUSHJ	P,GETKCS
	PUSHJ P,DECPRT		;KILO-CORE-SECS
	PUSHJ P,TAB
	MOVE N,ENTRY+6
	PUSHJ P,DECPRT		;DISK READS
	PUSHJ P,TAB
	MOVE N,ENTRY+7
	PUSHJ P,DECPRT		;DISK WRITES
	PUSHJ P,TAB
	LDB WD,[POINT 12,ENTRY+3,11]
	MOVEM WD,SPLCOD		;SAVE SPOOLER QUEUE CODE
	ROT WD,-14
	PUSHJ P,SIXBP
	PUSHJ P,SPACE
	MOVSI WD,(SIXBIT /#/)
	PUSHJ P,SIXBP
	MOVE N,ENTRY+11		;SEQ NO
	PUSHJ P,DECPRT
	PUSHJ	P,SPAC2
	CAIE	X,X.MNT		;[23] IS THIS A MOUNT ENTRY
	 JRST	SPL2		;NO, JUMP
	HLRZ	N,ENTRY+12	;[23] GET SUCCESS/FAILURE FLAG
	PUSHJ	P,DECPRT
	PUSHJ	P,SPAC2
	HRRZ	N,ENTRY+12	;[23] GET ELAPSED TIME
	JRST	SPL3
SPL2:	LDB	N,[POINT 27,ENTRY+12,35] ;GET SPOOLER UNITS
SPL3:	PUSHJ P,DECPRT
	MOVE A,SPLCOD		;GET SPOOLER Q CODE
	MOVSI B,-SPLLEN		;SEARCH TABLE FOR IT
	HRRZ WD,SPLTAB(B)	;CODE FROM TABLE
	CAMN WD,A
	JRST SPL1		;FOUND
	AOBJN B,.-3		;SEARCH TABLE
	JRST	EOLX		;CAN'T FIND, NO CHARGE
SPL1:	HLRZ A,SPLTAB(B)	;GET A PRICE IN TENTHS OF A CENT
	IMUL A,ENTRY+12		;TIMES NUMBER OF UNITS HE USED
	IDIVI A,^D10		;TO CENTS
	CAIL B,5		;ROUND
	ADDI A,1		; ..
	PUSHJ	P,TAB		;TAB OVER
	PUSHJ P,BUXPNT		;LIST THE PRICE
	JRST EOLX		;DONE WITH SPOOLER ENTRY

;HERE TO DUMP AN UNKNOWN PATCHED-IN ENTRY TYPE


DMPFUT:	MOVEI	A,MAXENT-1	;POINT TO LAST POSSIBLE ENTRY
DMPFT1:	SKIPE	ENTRY(A)	;IS LOCATION A ZERO?
	SKIPA			;NO, WE'VE FOUND LAST NON-0 WORD
	SOJG	A,DMPFT1	;YES, KEEP LOOPING
	JUMPE	A,EOLX		;ALL WORDS ARE ZERO?

	MOVEI	D,2		;START AT FIRST WORD AFTER HEADER

DMPFT2:	PUSHJ	P,SPACE		;PRINT A SPACE
	MOVE	N,ENTRY(D)	;LOAD THE WORD
	PUSHJ	P,OCTPRT	;DUMP IT IN OCTAL
	CAMGE	D,A		;HIT LAST NON-ZERO WORD?
	AOJA	D,DMPFT2	;NO, KEEP LOOPING
	JRST	EOLX		;AND FINISH OFF

SUBTTL	SUBROUTINES

;SUBROUTINE TO CONVERT STANDARD SYSTEM DATE TO INTERNAL FORMAT=DAYS SINCE NOV 17,1858
;THIS IS CONTINUOUS INCREASING BY DATE; SYSTEM DATE IS DISCONTINUOUS AT END OF MONTHS
;ARGS	B=DATE IN SYSTEM FORMAT
;VALUES	B=DATE IN INTERNAL FORMAT
;SAVES A, USES B,C,D,E

	RADIX	10

DATOFS==38395		;DATE OFFSET FOR JAN 1, 1964=DAYS SINCE NOV 17, 1858

INTDAT:	PUSH	P,A		;SAVE A
	IDIVI	B,12*31		;B=YEARS-1964
	IDIVI	C,31		;C=MONTHS-JAN, D=DAYS-1
	ADD	D,DAYTAB(C)	;D=DAYS-JAN 1
	MOVEI	E,0		;LEAP YEAR ADDITIVE IF JAN, FEB
	CAIL	C,2		;CHECK MONTH
	MOVEI	E,1		;ADDITIVE IF MAR-DEC
	MOVE	A,B		;SAVE YEARS FOR REUSE
	ADDI	B,3		;MAKE LEAP YEARS COME OUT RIGHT
	IDIVI	B,4		;HANDLE REQULAR LEAP YEARS
	CAIE	C,3		;SEE IF THIS IS LEAP YEAR
	MOVEI	E,0		;NO--WIPE OUT ADDITIVE
	ADDI	D,DATOFS(B)	;D=DAYS BEFORE JAN 1,1964 +SINCE JAN 1
				; +ALLOWANCE FOR ALL LEAP YEARS SINCE 64
	MOVE	B,A		;RESTORE YEARS SINCE 1964
	IMULI	B,365		;DAYS SINCE 1964
	ADD	D,B		;D=DAYS EXCEPT FOR 100 YR. FUDGE
	HRREI	B,64-99(A)	;B=YEARS SINCE 2000
	JUMPLE	B,INTDT1	;ALL DONE IF NOT YET 2000
	IDIVI	B,100		;GET CENTURIES SINCE 2000
	SUB	D,B		;ALLOW FOR LOST LEAP YEARS
	CAIE	C,99		;SEE IF THIS IS A LOST L.Y.
INTDT1:	ADD	D,E		;ALLOW FOR LEAP YEAR THIS YEAR

;HERE WITH D CONTAINING CORRECT NUMBER OF DAYS

	MOVE	B,D		;RETURN IN B
	POP	P,A		;RESTORE A
	POPJ	P,		;RETURN

DAYTAB:	EXP	0,31,59,90,120,151,181,212,243,273,304,334,365

	;*** UNDER RADIX 10 STILL ***
;GETDAT -- SUBROUTINE TO CONVERT FROM INTERNAL DATE/TIME FORMAT
;CALL:	MOVE	A,DATE
;	PUSHJ	P,GETDAT
;RETURN: YEAR IN A, MONTH IN B(JAN=0), DAY OF MONTH IN D(1ST=0)

GETDAT:	ADDI	A,365*400+24*4-<2001-1859>*365-<2001-1859>/4-31-30+17	;MAKE INTO DAYS SINCE JAN 1, 1601

	IDIVI	A,365*400+24*4+1  ;SEPARATE UNITS OF 400
	LSH	A,2		;MULT ANSWER BY 4
	IDIVI	B,365*100+24	;SEPARATE CENTURIES
	CAIN	B,4		;SEE IF LAST ONE
	SOSA	B		;YES--BACK OFF
	JRST	.+2		;CONTINUE SKIP
	MOVEI	C,365*100+24	;SET TO FULL (LEAP) CENTURY
	ADD	A,B		;INCLUDE CENTURIES IN RESULT
	IMULI	A,25		;MULT ANSWER BY 25
	IDIVI	C,365*4+1	;SEPARATE UNITS OF 4
	ADD	A,C		;INCLUDE IN ANSWER
	LSH	A,2		;MULT ANSWER BY 4
	MOVE	C,D		;PROMOTE AC
	IDIVI	C,365		;SEPARATE YEARS
	CAIN	C,4		;SEE IF END OF LEAP YEAR
	SOSA	C		;YES--BACK OFF YEAR
	JRST	.+2		;CONTINUE SKIP
	MOVEI	D,365		;SET FOR END OF YEAR
	ADDI	A,1601(C)	;GET REAL YEAR
				;A HAS YEAR, D HAS DAY IN YEAR

	MOVE	B,A		;COPY YEAR TO SEE IF LEAP YEAR
	IDIVI	B,400		;SEE IF MULT OF 400
	JUMPE	C,GETDA1	;YES--PROCEED
	MOVE	B,A		;GET NEW COPY
	IDIVI	B,100		;SEE IF MULT OF 100
	JUMPE	C,GETDA2	;YES, NOT L.Y.
	TRNE	A,3		;SEE IF YEAR A MULT OF 4
	JRST	GETDA2		;NO, THIS IS NOT A LEAP YEAR
GETDA1:	CAIL	D,31+29		;LEAP YEAR--SEE IF BEYOND FEB 29
	SOS	D		;YES--BACK OFF ONE DAY
GETDA2:	MOVSI	B,-11		;LOOP FOR 11 MONTHS

GETDA3:	CAML	D,DAYTAB+1(B)	;SEE IF BEYOND THIS MONTH
	AOBJN	B,GETDA3	;LOOP THROUGH NOVEMBER
	SUB	D,DAYTAB(B)	;GET DAYS IN THIS MONTH
	HRRZS	B		;GET MONTH ALONE
	POPJ	P,

	RADIX	8	;BACK TO REGULAR NUMBERS

MNYCID:	JSP	M,BOMB		;DIE IF CAN'T INIT DISK
	ASCIZ	/?MNYCID CAN'T INIT DSK
/
MNYCIL:	JSP	M,BOMB		;CAN'T INIT LPT
	ASCIZ	/?MNYCIL CAN'T INIT LPT
/
MNYCEL:	JSP	M,BOMB
	ASCIZ	/?MNYCEL CAN'T ENTER LPT:MONEY.TXT
/
MNYCLS:	JSP	M,BOMB
	ASCIZ	/?MNYCLS CAN'T LOOKUP SYS UFD
/
BOMB:	OUTSTR	(M)
	CALLI	EXIT

DUMPX1:	JSP	M,MSG		;POPJ FROM DUMP
	ASCIZ	/
LOOKUP FAILURE
/
BADENT:
BADEND:
EOFQ:	MOVE	N,ENTRY
	CAMN	N,[XWD 777000,0]
	JRST	ENDDMP
	JUMPE	N,NXTENT
	MOVEI	M,[ASCIZ /
BAD FACT WORD: /]
	PUSHJ	P,MSG
	PUSHJ	P,OCTPRT
	PUSHJ	P,CRLF
	ANDI	WD,77		;AND DOWN TO ENTRY SIZE
	CAIL	WD,MAXENT	;LESS THAN MAXENT
	JRST	NXTENT		;NO, IT MUST BE GARBAGE
				;ELSE ASSUME ITS REALLY AN ENTRY
	MOVEI	B,FETABL	;POINT TO "FUTURE" ENTRY
	JRST	DMP5F		;AND GO PROCESS

ENDDMP:	PUSHJ	P,TOTCHK	;BILL FOR PARTIALS
	TLZ	F,FL.HIA		;NO HIATUS ANY MORE.
	POPJ	P,0		;EXIT FROM DUMP

DUMP07:	LDB	N,[POINT 9,ENTRY,17]	;JOB NUMBER
	CAIN	X,X.LGI		;REALLY A LOGIN?
	CAIL	N,MAXJOB
	JRST	EOL
	MOVE	B,ENTRY+2
	TLNN	F,FL.NDT
	PUSHJ	P,CDATIM
	EXCH	B,JOBON(N)
	JUMPE	B,EOL
	MOVEI	M,[ASCIZ /***REENTRY OF JOB***/]
	PUSHJ	P,MSG
	JRST	EOL

ONZERO:	MOVEI	M,[ASCIZ /NO ON TIME/]
	PUSHJ	P,MSG
	CAIE	X,X.CHK		;IS THIS A CHECKPOINT?
	JRST	EOLX
	MOVE	B,ENTRY+2	;GET TIME OF THIS ENTRY
	TLNN	F,FL.NDT
	PUSHJ	P,CDATIM
	MOVEM	B,JOBON(N)
	JRST	EOLX

CLRON:	MOVE	M,[XWD JOBON,JOBON+1]
	SETZM	JOBON
	BLT	M,CLREND		;CLEAR JOB INDEXED TABLES
	POPJ	P,0

CDATIM:	PUSH	P,B		;SAVE 12/24 DATE/TIME
	LDB	B,[POINT 12,B,11]	;GET DATE
	PUSHJ	P,INTDAT	;CONVERT TO INTERNAL
	HRLZS	B		;MOVE TO LEFT HALF
	MOVEI	C,0
	POP	P,D		;RECOVER TIME
	LSH	D,^D11		;DISCARD DATE
	ASHC	C,^D7		;MILLISECONDS*2^18
	DIV	C,JIFDAY	;COMPUTE FRACTION OF DAY
	HRR	B,C		;COMBINE DAYS WITH FRACTION
	POPJ	P,

GETKCS:	TLNE	F,FL.NDT
	JRST	GTKCSN		;NEW FORM, USE 100 JIFFIES/SEC
	IDIV	N,JIFSEC	;OLD FORM
	LSH	N1,1		;REMAIN*2
	CAML	N1,JIFSEC	;ROUND
	ADDI	N,1
	POPJ	P,

GTKCSN:	IDIVI	N,^D100
	CAIL	N1,^D50
	ADDI	N,1
	POPJ	P,

PRDATE:	PUSHJ	P,GETDAT	;CONVERT DAYS TO YR, MON, DAY
	MOVEI	N,1(D)		;GET DAY OF MONTH
	PUSHJ	P,DECPR2	;PRINT 2 DIGITS
	MOVE	B,MONTAB(B)	;ASCII MONTH
	MOVEI	C,0
	MOVEI	M,B		;POINT TO MONTH
	PUSHJ	P,MSG		;PRINT IT
	MOVEI	N,-^D1900(A)	;YEAR IN 2 DIGITS
	JRST	DECPR2		;PRINT IT


TOTCHK:	MOVSI	B,-MAXJOB	;COUNT THROUGH JOBS
TOTLUP:	SKIPG	A,CJBPPN(B)	;IS THERE A USER FOR THIS JOB?
	JRST	TOTNXT		;NO.
	PUSHJ	P,SUMFND	;GET ADDRESS FOR THIS
	SKIPN	CJBCON(B)	;IS THERE A CKPOINT ENTRY?
	JRST	TOTNXT		;NO.
	MOVE	C,CJBKCS(B)	;GET KCS AT CHKPOINT.
	ADDM	C,SUM.KS(A)	;BILL HIM
	SETZM	CJBKCS(B)
	MOVE	C,CJBCON(B)	;GET CONNECT TIME
	ADDM	C,SUM.CN(A)	;AND BILL IT.
	SETZM	CJBCON(B)
	MOVE	C,CJBRNT(B)	;NOW RUN TIME.
	ADDM	C,SUM.RN(A)	;BILL THAT TOO
TOTNXT:	AOBJN	B,TOTLUP	;MORE?
	POPJ	P,0

SUBTTL	SUMMARY REPORT

TOTALS:	PUSHJ	P,FFOUT
	SETZM	BUXTOT		;PREPARE FOR TOTAL MONEY
	MOVEI	M,HED2
	PUSHJ	P,MSG
	HRRZ	D,SUMBAS	;BASE OF ACCTG SUMMARY
TOTAL1:	SKIPG	A,0(D)
	JRST	TOTAL2		;END OF TABLE
	HLRZ	N,SUM.PP(D)	;GET PROJ NUMBER
	PUSHJ	P,OCTPRT
	PUSHJ	P,TAB
	HRRZ	N,SUM.PP(D)
	PUSHJ	P,OCTPRT
	PUSHJ	P,TAB
	HLRZ	N,SUM.IO(D)
	PUSHJ	P,DECPRT
	PUSHJ	P,TAB
	HRRZ	N,SUM.IO(D)
	PUSHJ	P,DECPRT
	PUSHJ	P,TAB
	MOVE	A,SUM.RN(D)
	PUSHJ	P,RNTOUT
	PUSHJ	P,TAB
	MOVE	A,SUM.CN(D)
	PUSHJ	P,HRMNSC	;PRINT TIME
	PUSHJ	P,TAB
	MOVE	N,SUM.KS(D)
	PUSHJ	P,DECPRT
	MOVE	N,SUM.KS(D)
	CAMG	N,[EXP ^D9999999]
	PUSHJ	P,TAB
	PUSHJ	P,TAB
	MOVE	A,SUM.KS(D)
	IMUL	A,KCSPRC
	MOVE	B,SUM.CN(D)
	IMULI	B,^D24		;HOURS IN LH, FRAC IN RH
	MUL	B,CONPRC	;CENTS IN B AND C LH
	ASHC	B,^D17		;SHIFT CENTS OUT OF C
	TLNE	C,(1B1)		;ROUND
	ADDI	B,1
	ADD	A,B
	MOVE	B,SUM.RN(D)
	IMUL	B,RUNPRC
	ADD	A,B
	ADDM	A,BUXTOT		;COUNT THE MONEY
	PUSHJ	P,BUXPNT
	PUSHJ	P,CRLF
	ADDI	D,SUMSIZ
	JRST	TOTAL1

;HERE AT END

TOTAL2:	PUSHJ	P,CRLF
	MOVEI	M,[ASCIZ /TOTAL PRICES /]
	PUSHJ	P,MSG
	MOVE	A,BUXTOT	;GET MONEY
	PUSHJ	P,BUXPNT	;TYPE IT
	PUSHJ	P,CRLF
	CALLI	EXIT

RDM:	SOSLE	MFDB+2
	JRST	MFDOK
	INPUT	MFD,0
	STATZ	MFD,760000
	POPJ	P,0
MFDOK:	ILDB	WD,MFDB+1
CPOPJ1:	AOS	0(P)
CPOPJ:	POPJ	P,0

DSKRD:	SOSLE	DSKB+2
	JRST	DSKOK
	INPUT	DSK,0
	STATZ	DSK,760000
	JRST	EOFEND
DSKOK:	ILDB	WD,DSKB+1
	POPJ	P,0

EOFEND:	MOVEI	M,[ASCIZ	/
BAD END (EOF)
/]
	PUSHJ	P,MSG
	POP	P,(P)	;RETURN FROM DSKRD
	POPJ	P,0	;RETURN FROM DUMP


MINOUT:	IDIVI	A,^D60
	MOVE	N,A
	PUSHJ	P,DECPR2
	MOVEI	CH,":"
	PUSHJ	P,OUCH
	MOVE	N,B
	JRST	DECPR2

SUMFND:	PUSH	P,D		;SAVE SOME ACS
	PUSH	P,C
	PUSH	P,B
SUMFN1:	MOVEI	B,SUMSIZ	;SPACE NEEDED
	ADD	B,SUMTOP
	CAMG	B,.JBREL##
	JRST	SUMFN2
	CALLI	B,CORE
	  JRST	CORLOS		;NOT THERE
	JRST	SUMFN1		;GOT IT. TRY AGAIN

SUMFN2:	MOVE	B,SUMBAS	;START OF DATA
SUMFN5:	SKIPG	0(B)		;TEST ENTRY
	JRST	SUMFN3		;END OF TABLE
	CAMN	A,0(B)		;SAME AS REQUESTED PPN?
	JRST	SUMFN4		;YES
	CAMG	A,0(B)		;NO. PASSED IT?
	JRST	SUMFN3		;YES. NEED TO MOVE UP STUFF
	ADDI	B,SUMSIZ	;ON TO NEXT ENTRY
	JRST	SUMFN5
SUMFN3:	MOVE	C,SUMTOP
SUMFN6:	MOVE	D,0(C)
	MOVEM	D,SUMSIZ(C)	;MOVE STUFF UP
	CAMLE	C,B
	SOJA	C,SUMFN6	;MORE TO GO
	MOVEI	C,SUMSIZ	;INCREASE SIZE OF TABLE
	ADDM	C,SUMTOP
	SETZM	0(B)		;CLEAR OUT THE NEW ENTRY
	HRLI	C,0(B)
	HRRI	C,1(B)
	BLT	C,SUMSIZ-1(B)
	MOVEM	A,SUM.PP(B)	;STORE THE PPN
SUMFN4:	MOVE	A,B		;ADDRESS OF DATA
	POP	P,B
	POP	P,C
	POP	P,D
	POPJ	P,0

RNTOUT:	IMULI	A,^D1000
MSTOUT:	SKIPGE A
	MOVEI A,0		;PROTECT AGAINST NEGATIVE VALUES
	IDIV	A,[EXP ^D60000*^D60]
	MOVE	N,A
	PUSHJ	P,DECPR2
	PUSHJ	P,COLON
	MOVE	A,B
	IDIVI	A,^D60000
	MOVE	N,A
	PUSHJ	P,DECPR2
	PUSHJ	P,COLON
	MOVE	N,B
	IDIVI	N,^D1000
	JRST	DECPR2

DECPR6:	CAIG	N,^D99999
	PUSHJ	P,SPACE
DECPR5:	CAIG	N,^D9999
	PUSHJ	P,SPACE
DECPR4:	CAIG	N,^D999
	PUSHJ	P,SPACE
DECPR3:	CAIG	N,^D99
	PUSHJ	P,SPACE
DECPR2:	CAIG	N,11
	PUSHJ	P,ZEROUT
DECPRT:	SKIPA	R,[12]
OCTPRT:	MOVEI	R,10
	MOVEI	CH,"-"
	SKIPGE	N
	PUSHJ	P,OUCH
	MOVMS	N
RDXPRT:	IDIVI	N,(R)
	HRLM	N1,0(P)
	SKIPE	N
	PUSHJ	P,RDXPRT
	HLRZ	CH,0(P)
	ADDI	CH,"0"
OUCH:	SOSG	LPTB+2
	OUTPUT	LPT,0
	IDPB	CH,LPTB+1
	POPJ	P,0

MSG:	HRLI	M,440700
MSG1:	ILDB	CH,M
	JUMPE	CH,CPOPJ
	PUSHJ	P,OUCH
	JRST	MSG1

CORLOS:	MOVEI	M,[ASCIZ /
?NOT ENOUGH CORE/]
	PUSHJ	P,MSG
	CALLI	EXIT

CRLF2:	PUSHJ	P,CRLF
CRLF:	JSP	M,MSG
	ASCIZ /
/
FFOUT:	MOVEI	CH,14
	JRST	OUCH

ZEROUT:	MOVEI	CH,"0"
	JRST	OUCH

TAB:	MOVEI	CH,11
	JRST	OUCH

DLRSGN:	MOVEI	CH,44
	JRST	OUCH

DOT:	MOVEI	CH,"."
	JRST	OUCH

SPAC2:	PUSHJ	P,SPACE
SPACE:	MOVEI	CH,40
	JRST	OUCH

COLON:	MOVEI	CH,":"
	JRST	OUCH

HRMNSC:	IMULI	A,^D24		;GET HOURS AND FRACTION
				;FROM DAYS AND FRACTION
	ADDI	A,<1B18/<^D60*^D60>>	;ROUND FRACTION UP 1/2 SEC
	HLRZ	N,A		;SEPARATE HOURS
	PUSHJ	P,DECPR2
	PUSHJ	P,COLON
	HRRZS	A		;DROP HOURS
	IMULI	A,^D60		;GET MINUTES FROM FRAC OF HR
	HLRZ	N,A		;SEPARATE MINUTES
	PUSHJ	P,DECPR2
	PUSHJ	P,COLON
	HRRZS	A
	IMULI	A,^D60		;FINALLY GET SECONDS FROM FRAC OF MIN
	HLRZ	N,A
	JRST	DECPR2		;PRINT AND RETURN

SIXBT:	PUSHJ	P,SIXBP
	JRST	TAB

SIXALL:	TLOA F,FL.SIX
SIXBP:	TLZ F,FL.SIX
	MOVE	BP,[XWD	440600,WD]
SIXBP1:	ILDB	CH,BP
	TLNN F,FL.SIX
	JUMPE	CH,CPOPJ
	ADDI	CH,40
	PUSHJ	P,OUCH
	TLNE	BP,770000
	JRST	SIXBP1
	POPJ	P,0

DATOUT:	IDIVI	A,^D31
	MOVEI	N,1(B)
	PUSHJ	P,DECPR2
	IDIVI	A,^D12
	MOVE	B,MONTAB(B)
	MOVEI	C,0
	MOVEI	M,B
	PUSHJ	P,MSG
	MOVEI	N,^D64(A)
	JRST	DECPRT

MONTAB:
	ASCII /-Jan-/
	ASCII /-Feb-/
	ASCII /-Mar-/
	ASCII /-Apr-/
	ASCII /-May-/
	ASCII /-Jun-/
	ASCII /-Jul-/
	ASCII /-Aug-/
	ASCII /-Sep-/
	ASCII /-Oct-/
	ASCII /-Nov-/
	ASCII /-Dec-/

BUXPNT:	SKIPGE A
	MOVEI A,0		;PROTECT AGAINST NEGATIVE VALUES
	PUSHJ	P,DLRSGN
	IDIVI	A,^D100
	MOVE	N,A
	PUSHJ	P,DECPR6
	PUSHJ	P,DOT
	MOVE	N,B
	JRST	DECPR2

SUBTTL	STORAGE

;MESSAGES FOR HEADERS

HEDMSG:	ASCII	 /
TYPE	JOB	LINE	PRJ	/
ASCII	/PRG	DATE	  TIME		RUN/
ASCIZ /TIME		KCS	READ	WRITTEN	CONNECT		PRICE

/
HED2:	ASCII	/
SUMMARY BY USER

PROJ	PROG #	LOGINS	LOGOUTS	RUNTIME/
ASCIZ /		CONNECT		KCS		PRICE

/

;STORAGE AND STUFF

PDP:	XWD	-PDLL,PDL-1
PDL:	BLOCK PDLL

MFDB:	BLOCK	3
LPTB:	BLOCK	3
DSKB:	BLOCK	3

MFDPPN:	XWD	1,1
SYSPP:	XWD	1,1
JIFSEC:	0
JIFDAY:	0

EXTEN:	0
BUXTOT:	0
SUMBAS:	0		;BASE OF SUMMARY TABLE
SUMTOP:	0		;TOP OF SUMMARY TABLE
SPLCOD:	0		;TWO CHARACTER NAME OF SPOOL Q CODE

RUNPRC:	EXP ^D8		;RUN PRICE 8 CENTS PER SECOND
KCSPRC:	EXP ^D1		;K CORE ARE 1 CENT PER RUN SEC
CONPRC:	EXP ^D800	;CONNECT PRICE $8/HR

;TABLE OF PRICES AND NAMES OF SPOOLER OPERATIONS
;UNITS ARE TENTHS OF A CENT PER SPOOLER-UNIT

SPLTAB:	XWD ^D50,'LP'		;FIVE CENTS A PAGE FOR THE LPT
	XWD ^D5,'CD'		;HALF A CENT PER CARD ON THE CARD PUNCH
	XWD ^D150,'PL'		;FIFTEEN CENTS A MINUTE ON THE PLOTTER
	XWD ^D30,'PT'		;THREE CENTS A FOOT FOR PAPER TAPE
	XWD ^D01,'IN'		;READ 10 CARDS FOR A PENNY
SPLLEN==.-SPLTAB

DEFINE M.M(A,B,C)<
X..==X..+1
X.'A==X..
	XWD FE.'A,X.'A
>
X..==0

FETAB:	M.FE
FETABL==.-FETAB

FUTTAB:	X.FUT==X..+1
	XWD	-1,X.FUT	;PATCH SPACE


DEFINE M.M(A,B,C)<
	<SIXBIT /C/>
>

FESIX:	SIXBIT /??????/
	M.FE


FUTSIX:	SIXBIT	/FUTURE/

TABBLK:
JOBON:	BLOCK	MAXJOB
CJBCON:	BLOCK	MAXJOB	;CKPNT CONNECT TIME
CJBKCS:	BLOCK	MAXJOB	;AND KCS PER JOB
CJBRNT:	BLOCK	MAXJOB	;AND RUN TIME
CJBPPN:	BLOCK	MAXJOB	;AND USER PPN.
CJBRCT:	BLOCK	MAXJOB	;AND DISK BLOCKS READ
CJBWCT:	BLOCK	MAXJOB	;AND DISK BLOCKS WRITTEN
CLREND=.-1	;FOR CLEARING JOB TABLES.
BLTEND=.-1

ENTRY:	BLOCK	MAXENT

	XLIST	;LITERALS
	LIT
	LIST
MONEND:	END	MONEY