$JOB MASTER FILE FOR OS78,V2 - DATE SHOULD BE ENTERED BEFORE STARTUP
/
/REQUIRES ONE DISK DRIVE,ASSUMES BAT HANDLER, 16K WORD PDP-8 MINIMUM.
/SYSTEM DISK MUST HOLD AT LEAST 6400 OS8 BLOCKS.
/
/MAKE SURE THAT THE LINEPRINTER IS ON-LINE, IT IS REQUIRED.
/SYSTEM MUST ALSO HAVE A DUAL DRIVE FLOPPY DISK FOR MANUAL PROCEEDURE.
/NOTE THAT MANUAL PROCEEDURE CAN BE DONE AT ANOTHER TIME.
/PUT OS78 DISK #1 IN DRIVE #1 AND OS78 DISK #2 IN DRIVE #2.
/VERIFY DISKS BY DUPLICATING AND THEN COMPARING. THAT IS,
/"DUP RXA1:<RXA0:" AND THEN "DUP RXA1:<RXA0:/M".
/RXA0: SHOULD HAVE A LARGE VERIFIED FILE, BRTS.PA FOR EXAMPLE,
/ON IT AS A CHECK OF FLOPPY DISK QUALITY
/
/RUN WITH STANDARD OS/8,V3D MONITOR AND DRIVERS(RK,RX,LPT,TTY)
/MUST BE RUN WITH STANDARD OS/8,V3D CUSPS WITH LISTED EXCEPTIONS.
/MUST USE BATCH.SV VERSION 8 TO ENSURE SMOOTH OPERATION.
/MUST USE PIP VERSION 13 DUE TO MONITOR COPY PROBLEM . NOTE THAT
/ARE THE VERSIONS OF BATCH AND PIP INCLUDED IN OS/78,V2.
/ALSO, MACREL-LINK MUST BE PATCHED TO THE LATEST VERSION 1 LEVEL.
/
.DA
/
.DEASSIGN
.ASSIGN RKB0 DEV1
/
.DEL SYS:*.BN
.DEL SYS:*.RB
.DEL DEV1:*.SV
.DEL DEV1:*.RL
/
.DIR LPT:<SYS:=4
.DIR LPT:<DEV1:=4
/
/OS78 CUSPS HAVE BEEN MODIFIED FOR SYMBIONT COMPATIBILITY
/
.PAL DEV1:SET.PA
.LOAD SET.BN
.SAVE DEV1:SET.SV;200=2100
.PAL DEV1:RXCOPY.PA
.LOAD RXCOPY.BN
.SAVE DEV1:RXCOPY.SV;16000=7503
.PAL DEV1:HELP.PA
.LOAD HELP.BN
.SAVE DEV1:HELP.SV;200=3501
.PAL DEV1:BATCH.PA
.LOAD BATCH.BN
.SAVE DEV1:BATCH.SV;200=2501
.PAL DEV1:CREF.PA
.LOAD CREF.BN
.SAVE DEV1:CREF.SV;200=2101
.PAL DEV1:BITMAP.PA
.LOAD BITMAP.BN
.SAVE DEV1:BITMAP.SV;12000=6101
.PAL DEV1:PAL8.PA
.LOAD PAL8.BN
.SAVE DEV1:PAL8.SV;200=2100
.PAL DEV1:DIRECT.PA
.LOAD DIRECT.BN
.SAVE DEV1:DIRECT.SV;14600=6503
.PAL DEV1:FOTP.PA
.LOAD FOTP.BN
.SAVE DEV1:FOTP.SV;14600=6503
.PAL DEV1:SRCCOM.PA
.LOAD SRCCOM.BN
.SAVE DEV1:SRCCOM.SV;200=0100
.PAL DEV1:PIP.PA
.LOAD PIP.BN
.SAVE DEV1:PIP.SV;13000=6503
.PAL DEV1:EDIT.PA
.LOAD EDIT.BN
.SAVE DEV1:EDIT.SV;200=2101
.DEL *.BN
/
/NOW THE DEVICE HANDLERS,MONITOR,ETC.
/
.PAL SYS:KL8E.PA
.PAL SLU2.BN<BAT:,SYS:KL8E.PA
SLU=2
INDVC=30
$
.PAL SLU3.BN<BAT:,SYS:KL8E.PA
SLU=3
INDVC=32
$
.PAL SYS:RX01SY.PA
.PAL SYS:RX01NS.PA
.PAL SYS:RX78B.PA
.PAL SYS:BAT.PA
.PAL SYS:LPSV.PA
.PAL SYS:LQP.PA
.PAL SYS:OS8.PA
.PAL SYS:CD.PA
.PAL SYS:BUILD.PA
.LOAD BUILD.BN
.SAVE SYS:BUILD.SV;200
/
/ASSEMBLE CCL USING MACREL AND THEN LINK.
/
.MAC SYS:CCLAT.MA
.MAC SYS:CCLSEM.MA
.MAC SYS:CCLDAT.MA
.MAC SYS:CCLCOR.MA
.MAC SYS:CCLCD.MA
.MAC SYS:CCLSUB.MA
.MAC SYS:CCLSB2.MA
.MAC SYS:CCLREM.MA
.MAC SYS:CCLMSG.MA
.MAC SYS:CCL.MA
.MAC SYS:CCLTBL.MA
.MAC SYS:CCLTAB.MA
.MAC SYS:CCLRUN.MA
.MAC SYS:CCLDRV.MA
.MAC SYS:CCLPS.MA
.MAC SYS:CCLSIZ.MA
.MAC SYS:CCLCDX.MA
.LINK CCLX<CCL,CCLTBL,CCLAT,CCLMSG$
*CCLTAB,CCLDRV,CCLPS,CCLSIZ/F
/*CCLSEM
*=0/N/9
*=1000/N
*=1400/N
*=2000/N
*=2400/N
*=3000/N
*=3400/N
*=4000/N
*=4400/N/O
*CCLDAT,CCLCOR/C
*CCLSUB/C
*CCLSB2/C
*CCLCDX
*/O
*CCLCD/C
*CCLRUN,CCLREM
*$
.DEL *.RB
/
/BUILD THE SPOOLER AND QUEUER MODULES
/
.PAL SYS:SPLPRM-NB,SPLRTS.PA
.PAL SYS:SPLPRM-NB,SPLLPT.PA
.PAL SYS:SPLPRM-NB,SPLRX8.PA
.PAL SYS:SPLPRM-NB,SPLTTY.PA
.PAL SYS:SPLPRM-NB,SPLOS8.PA
.PAL SYS:SPLPRM-NB,SPOOLR.PA
.PAL SYS:SPLPRM-NB,SPLSUP.PA
.LOAD SPLRTS,SPLTTY,SPLOS8,SPOOLR,SPLLPT,SPLSUP,SPLRX8
.SAVE SYS SPOOLR.SM;37700
.SAVE SYS QUEUE.SV 2000-3777;2000=6503
.DEL SPL???.BN
/
/BUILD THE NEW BASIC - INCLUDES COMMERCIAL EXTENSIONS.
/
.PAL SYS:BCOMP/E/W
.LO BCOMP
.SA DEV1:BCOMP=2100
.PAL SYS:BLOAD/E/W
.LO BLOAD
.SA DEV1:BLOAD;3000=2100
.PAL SYS:MATH
.PAL SYS:BRTS/W
.LO BRTS,MATH
.SA DEV1:BRTS 0-6777,10000-14377;7605=2100
.SA DEV1:BASIC.OV 3400-4777,22000-26377,33400-34777;7605
.PAL SYS:BASIC
.LO BASIC
.SA DEV1:BASIC=2100
.DEL BASIC.BN,BCOMP.BN,BLOAD.BN,BRTS.BN,MATH.BN
/
/BUILD FORTRAN 4 AND ITS SUBROUTINE LIBRARY
/
.PAL DEV1:F4.PA
.LOAD F4.BN
.SAVE DEV1:F4.SV;12200=100
.PAL DEV1:PASS2.PA
.LOAD PASS2.BN
.SAVE DEV1:PASS2.SV;5000=100
.PAL PASS2O.BN<BAT:,DEV1:PASS2.PA
OVERLY=1
$
.LOAD PASS2O.BN
.SAVE DEV1:PASS2O.SV;7605=100
.PAL DEV1:PASS3.PA
.LOAD PASS3.BN
.SAVE DEV1:PASS3.SV;400=100
.PAL DEV1:RALF.PA/W
.LOAD RALF.BN
.SAVE DEV1:RALF.SV;200=100
.PAL DEV1:LOAD.PA
.LOAD LOAD.BN
.SAVE DEV1:LOAD.SV;200=100
.PAL FRTS.BN<DEV1:RTS.PA,RTL.PA
.LOAD FRTS.BN
.SAVE DEV1:FRTS.SV;200=100
.DEL F4.BN,PASS2.BN,PASS2O.BN,PASS3.BN
.DEL RALF.BN,LOAD.BN,FRTS.BN
.R RALF
*DEV1:ABS.RL<DEV1:ABS.RA
.R RALF
*DEV1:ASIN.RL<DEV1:ASIN.RA
.R RALF
*DEV1:ATAN.RL<DEV1:ATAN.RA
.R RALF
*DEV1:EXP.RL<DEV1:EXP.RA
.R RALF
*DEV1:IFIX.RL<DEV1:IFIX.RA
.R RALF
*DEV1:SINH.RL<DEV1:SINH.RA
.R RALF
*DEV1:AMOD.RL<DEV1:AMOD.RA
.R RALF
*DEV1:COSH.RL<DEV1:COSH.RA
.R RALF
*DEV1:ACOS.RL<DEV1:ACOS.RA
.R RALF
*DEV1:ONQIB.RL<DEV1:ONQIB.RA
.R RALF
*DEV1:SIGN.RL<DEV1:SIGN.RA
.R RALF
*DEV1:TANH.RL<DEV1:TANH.RA
.R RALF
*DEV1:EXPII.RL<DEV1:EXPII.RA
.R RALF
*DEV1:LTR.RL<DEV1:LTR.RA
.R RALF
*DEV1:SIN.RL<DEV1:SIN.RA
.R RALF
*DEV1:TAN.RL<DEV1:TAN.RA
.R RALF
*DEV1:ALOG.RL<DEV1:ALOG.RA
.R RALF
*DEV1:AMIN.RL<DEV1:AMIN.RA
.R RALF
*DEV1:EXP3.RL<DEV1:EXP3.RA
.R RALF
*DEV1:COS.RL<DEV1:COS.RA
.R RALF
*DEV1:CHKEOF.RL<DEV1:CHKEOF.RA
.R RALF
*DEV1:RFDV.RL<DEV1:RFDV.RA
.R RALF
*DEV1:RFCV.RL<DEV1:RFCV.RA
.R RALF
*DEV1:PAUSE.RL<DEV1:PAUSE.RA
.R RALF
*DEV1:CLK8A.RL<DEV1:CLK8A.RA
.R RALF
*DEV1:AMAX.RL<DEV1:AMAX.RA
.R RALF
*DEV1:ATAN2.RL<DEV1:ATAN2.RA
.R RALF
*DEV1:SQRT.RL<DEV1:SQRT.RA
.R RALF
*DEV1:XFIX.RL<DEV1:XFIX.RA
.R RALF
*DEV1:ALOG10.RL<DEV1:ALOG10.RA
.R RALF
*DEV1:DIM.RL<DEV1:DIM.RA
.R RALF
*DEV1:EXPIR.RL<DEV1:EXPIR.RA
.R RALF
*DEV1:CHARS.RL<DEV1:CHARS.RA
.R RALF
*DEV1:DATE.RL<DEV1:DATE.RA
.R RALF
*DEV1:FLOAT.RL<DEV1:FLOAT.RA
.R LIBRA
*DEV1:FORLIB.RL<DEV1:ABS,SIGN,AMIN,AMAX,DIM,EXP,EXP3,SIN,COS/C
*DEV1:TAN,TANH,SQRT,ASIN,ACOS,ATAN,FLOAT,CHARS,CHKEOF/C
*DEV1:ALOG10,DATE,ATAN2,IFIX,SINH,ALOG,COSH,AMOD,LTR/C
*,LPT:<DEV1:EXPII,RFCV,RFDV,PAUSE,EXPIR,XFIX,CLK8A,ONQIB
/
/ALL MODULES NOW READY FOR FINAL BUILD OF FLOPPY DISKS.
/
/MONITOR BUILD IS A MANUAL PROCESS,INSTRUCTIONS BELOW.
/
/FIRST .RUN SYS:BUILD
/INSERT THE HANDLERS MANUALLY
/LOAD KL8E,SLU2,SLU3,RX01SY,RX01NS,RX78B,BAT,LQP
/THEN PRINT THE BUILD HANDLER LIST AND INSERT ALL LISTED HANDLERS
/EXCEPT RX01,RXA0.
/INSERT FORMAT IS INS GROUP NAME,DEVICE NAME. FOR EXAMPLE
/INS KL8E,TTY WILL INSERT THE CONSOLE HANDLER TTY.
/NOW RENAME THE LQP HANDLER, "NAME LPT=LQP" AND NEXT
/LOAD AND INSERT LPSV. THIS COMPLETES THE HANDLER SETUP.
/THEN TYPE "DSK=SYS" AND PRINT. ALL HANDLERS SHOULD BE ACTIVE
/EXCEPT FOR RX01,RXA0.
/ACTIVE HANDLERS MARKED WITH AN ASTERISK.
/THEN TYPE "BUILD" - NOTE THAT ABSLDR.SV IS BUILT AT THIS TIME.
/ANSWER "OS8" AND "CD" TO THE QUESTIONS, CORRECT SEQUENCE IS OBVIOUS.
/NOW TYPE "BOOT" TO BUILD MONITOR, TYPEOUT "SYS BUILT" OCCURS.
/SAVE THE BUILD FILE, TYPE "SAVE SYS BUILD1".
/CONTROL HAS NOW BEEN PASSED TO THE FLOPPY DISK.
/MANUALLY BOOT BACK TO SYSTEM DISK AND RE-ENTER THE DATE
/NEXT YOU MUST SUBMIT TWO BATCH FILES, OS78D1 AND OS78D2.
/COPY MONITOR AND CUSPS TO FLOPPY#1 USING OS78D1.BI AND THEN
/COPY CUSPS TO FLOPPY#2 USING OS78D2.BI AND BOOT TO FLOPPY #1.
/FLOPPY BOOT IS "BOOT/RX"
/IMMEADIATELY START CCL BY TYPING "R CCL".
/NOW ENTER DATE AND VERIFY THAT THE SYSTEM HAS ACCEPTED IT AND
/THEN SUBMIT THE BATCH JOB CALLED SETUP AND FLOPPY#1 IS DONE.
/DO A DIRECTORY COMMAND ".DIR", SHOULD BE TWO COLUMNS OF NAMES.
/NEXT DO A "BOOT/RX", A MENU OF HELP FILES SHOULD THEN APPEAR.
/
/FINALLY FINISH THE SECOND OS78 FLOPPY DISK, DISK 2 OF 2
/BOOT TO SYSTEM DISK IS "BOOT/XX" WHERE XX=RE FOR RK05'S.
/BOOT BACK TO SYSTEM DISK. MOVE FLOPPY#2 TO DRIVE #1 AND THEN
/BOOT TO FLOPPY DISK (BOOT/RX).
/"R CCL" AND ENTER & CHECK DATE. SAME STEPS NOW AS FOR FLOPPY#1.
/SUBMIT SETUP TO MAKE IT AN OS78 FLOPPY.
/LOOK AT THE DIRECTORY, BOOT/RX, SAME PROCEEDURE AS FOR FLOPPY #1
/
/NOW BOOT TO SYSTEM DISK, USE BOOT/XX (XX=RE FOR RK05)
/AND THEN PUT FLOPPY #1 IN DRIVE #1 AND #2 IN #2.
/BE SURE TO ENTER DATE AGAIN, A BOOT WIPES OUT THE DATE.
/SUBMIT THE BATCH JOB CALLED "CLEAN" WHICH DOES THE REMAINING WORK.
/
/GO HOME, YOU ARE ALL DONE WITH BUILDING OS78,V2.
/
$END