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PC-SIG Diskette Library (Disk #568)
[PCjs Machine "ibm5160"]
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Information about “LOTUS UTILITIES”
Lotus Utilities (not affiliated with LOTUS Corp.) is a mixed-bag
selection of worksheets and utilities. OPTIONZ.WKS is a useful
stock option program, with tables for calculating profit by option,
buying/selling long or short, and more. NEWCOLOR.IN is a utility
to enhance the color performance of LOTUS 1-2-3. Also included
are utilities for archiving and unarchiving 1-2-3 worksheets, a
program that sets up a 640k RAM disk, and a program for adding
text to numeric cells. Another utility (123DOC.WKS) prints out
worksheets with readable formulas. Finally, there is a 1985 Federal
Tax template, complete with documentation.
System Requirements: 256K, two disk drives, monochrome display,
LOTUS 1-2-3 v2.0
How to Start: Access through LOTUS 1-2-3
File Descriptions:
123DOC ARC Archived file - Documentation Utility
ARC EXE Archive Utility Program
123RANGE EXE Spreadssheet file print Utility Program
123PREP ARC Archived file - Text file to Lotus Prep Utility
123EGA ARC Archived file - Extended Graphics Adapter Utility
TRYVM123 COM Virtual memory system for 1-2-3 Release 2.0
UNARC TXT Directions on expanding archived files on disk
OPTIONZ WKS LOTUS worksheet - Stock Options
NEWCOLOR IN Program to change display colors for LOTUS 1-2-3
NEWCOLOR DOC Text file - Documentation for NEWCOLOR.IN
FEDTAX85 WKS LOTUS worksheet - Federal Income Tax for 1985
FEDTAX85 DOC Text file - Documentation for FEDTAX85.WKS
CLRJET ARC Archived file - IBM Color Jet Printer Drivers
TRYVM123 DOC Documentation for TRYVM123
WKS-FRMT TXT Worksheet files format
123DOC.BAS
105 ' ********* BASIC version of RatBas program **********
110 DefInt i-n
115 'basica defs
120 defint a-z
125 dim cols$(110),rows$(60),table(60,100),cells$(1010)
130 dim cols.w(110)
135 '
140 '
145 GO TO 25000 ' jump to program
200 '----------------------- PROCEDURE SET.SCREEN
205 cls
210 locate 25,5:print "Press [esc] to terminate run"
215 locate 1,1: print "Documentation of ";infile$
220 locate 05,5:print "cells present for rows";rp*ipc+1;" to";rp*ipc+rp
225 pset (33,49): draw "r530d110l530u110"
230 RETURN ' ------------------------------------------
235 '
240 '
300 '----------------------- PROCEDURE FILLER
305 '
310 'fills in the column letters A thru CZ
315 for i=1 to 26: cols$(i )= chr$(64+i): next i
320 for i=1 to 26: cols$(i+26)="A"+cols$(i): next i
325 for i=1 to 26: cols$(i+52)="B"+cols$(i): next i
330 for i=1 to 26: cols$(i+78)="C"+cols$(i): next i
335 nc=4*26
340 RETURN ' ------------------------------------------
345 '
350 '
355 '
360 '
400 '----------------------- PROCEDURE READ.LINE
405 '
410 'this procedure reads one lin from the lotus doc file and decodes
415 'it to address and contents
420 '
425 IF NR=0 AND LIN<>0 THEN ELSE GO TO 445
430 lin$=old.lin$ 'restore last line from old page
435 lin=lin-1
440 GO TO 465
445 ' ELSE]
450 input #1, lin$ 'get new line
455 old.lin$=lin$ 'save last line for next page
460 lin=lin+1
465 ' IFEnd]
470 '
475 ic=instr(lin$,":")
480 IF IC<>0 THEN ELSE GO TO 550
485 'remove row/col chars and store
490 row$="": col$=""
495 for i=1 to ic-1
500 c$=mid$(lin$,i,1): ichar=asc(c$)
505 IF ICHAR>64 AND ICHAR<91 THEN ELSE GO TO 520
510 col$=col$+c$ 'alphabetic
515 GO TO 530
520 ' ELSE]
525 row$=row$+c$ 'numeric
530 ' IFEnd]
535 next i
540 'remove cell contents always getting at least a :
545 cell$=mid$(lin$,ic)
550 ' IFEnd]
555 RETURN ' ------------------------------------------
560 '
565 '
570 '
575 '
600 '----------------------- PROCEDURE STORE.CELL
605 '
610 'this procedure stores the row/col/cell info in table/list
615 'constructing a row/col index as it goes to fill a 55 by 100 matrix
620 '
625 'find the row and col
630 '
635 ir=0
640 for i=1 to nr
645 if row$=rows$(i) then ir=i
650 next i
655 if ir=0 then nr=nr+1:rows$(nr)=row$:ir=nr
660 jc=0
665 for j=1 to nc 'fixed column letters
670 if col$=cols$(j) then jc=j
675 next j
680 '
685 'store the cell
690 if max.cols<jc then max.cols=jc
695 ncell=ncell+1
700 table(ir,jc)=ncell
705 cells$(ncell)=cell$
710 colw=len(cell$): if colw>cols.w(jc) then cols.w(jc)=colw
715 '
720 pset(33+5*jc,49+2*ir)
725 locate 1,35: print "Page..";ipc+1;" Rows..";ir;" Cols..";Max.cols;" cells..";ncell
730 '
735 RETURN ' ------------------------------------------
740 '
745 '
750 '
755 '
760 '
800 '----------------------- PROCEDURE PRINT.TABLE
805 '
810 '
815 'this procedure prints the table in pages accross the table 100 cols/page
820 ' with ncell.colw cols/cell, overlapping
825 '
830 'compute np the # of pages accross the table, and ncols/page
835 ncols=int(max.chars/ncell.colw)-1 '# of columns this page
840 if ncols=0 then ncols=1
845 np=int(max.cols/ncols+1)
850 '
855 nr=nr-1 'drop last line for next page
860 'page loop
865 ipc=ipc+1 'overall page count
870 for ip=1 to np 'slice count
875 '
880 lprint chr$(12),chr$(15) 'compressed characters
885 '
890 lprint tab(15);"Date: ";date$;tab(max.chars-15);"Page:";ipc;"/";ip
895 lprint chr$(14),tab(5+max.chars/8);"Documentation for ";infile$
900 lprint tab(15);string$(max.chars,"-")
905 'col headers
910 lin$=string$(max.chars," ")
915 for jj=1 to ncols
920 j=(ip-1)*ncols+jj
925 mid$(lin$,jj*ncell.colw)=cols$(j)+"["+str$(cols.w(j))+"]"
930 cols.w(j)=0
935 next jj
940 mid$(lin$,1)="Col[width]"
945 lprint tab(15);lin$
950 lprint tab(15);string$(max.chars,"-")
955 'row loop
960 for i=1 to nr
965 multiple.row=true
970 while multiple.row
975 multiple.row=false
980 lin$=string$(max.chars," ")
985 mid$(lin$,4)="&"+rows$(i)
990 ib=1 'normal no. of blank cells
995 for jj=ncols to 1 step -1
1000 j=(ip-1)*ncols+jj
1005 k=table(i,j)
1010 IF K<>0 THEN ELSE GO TO 1035
1015 mid$(lin$,jj*ncell.colw,ib*ncell.colw)=cells$(k)
1020 cells$(k)="& "+mid$(cells$(k),ib*ncell.colw+1)
1025 ib=1
1030 GO TO 1045
1035 ' ELSE]
1040 ib=ib+1 'multiple cell possible
1045 ' IFEnd]
1050 if len(cells$(k))<4 then table(i,j)=0 else multiple.row=true
1055 next jj
1060 if not multiple.row then mid$(lin$,4)=" "
1065 lprint tab(15);lin$
1070 wend
1075 next i
1080 lprint
1085 status$=inkey$
1090 IF STATUS$=CHR$(27) THEN ELSE GO TO 1100
1095 end
1100 ' IFEnd]
1105 next ip
1110 RETURN ' ------------------------------------------
1115 '
1120 '
1125 '
1130 '
1135 '
25000 ' =================== PROCEDURE LOCATIONS ===========
25005 ' 200 SET.SCREEN
25010 ' 300 FILLER
25015 ' 400 READ.LINE
25020 ' 600 STORE.CELL
25025 ' 800 PRINT.TABLE
25030 ' ================== PROGRAM ========================
25035 false = 0: true = not false
25040 '
25045 cls: width "lpt1:",255
25050 screen 2 'use hi res graphics 200 x 640
25055 locate 2,1
25060 '
25065 print tab(5);"123-DOC: version 1.0"
25070 print tab(5);"A program to list a 123 documentation file as cells"
25075 '
25080 pset(1,1):draw "R500D30L500U30"
25085 pset(9,1):draw "R500D30L500U30"
25090 '
25095 locate 6,1
25100 print tab(5);"Cell width for print-out 5-100 (15)....";:input ncell.colw
25105 if ncell.colw=0 then ncell.colw=15
25110 if ncell.colw<5 then ncell.colw= 5
25115 if ncell.colw>100 then ncell.colw=100
25120 print tab(5);"Page width for print-out (132).........";:input max.chars
25125 if max.chars=0 then max.chars=132
25130 print tab(5);"Rows per page for printout (40)........";:input rp
25135 if rp=0 then rp=40
25140 '
25145 locate 20,1:files "b:*.prn"
25150 infile$=""
25155 while infile$=""
25160 locate 15,5
25165 input "Name of lotus file (b:........prn).....";infile$
25170 wend
25175 '
25180 if instr(infile$,":")=0 then infile$=left$("b:"+infile$,11)
25185 if instr(infile$,".")=0 then infile$=left$(infile$+".prn",14)
25190 '
25195 close
25200 open infile$ for input as #1
25205 lin=0: ipc=0: nr=0: nc=104: max.cols=0:ncell=0
25210 '
25215 'load column tags
25220 GOSUB 300 ' FILLER
25225 'set up the screen display
25230 GOSUB 200 ' SET.SCREEN
25235 '
25240 while not eof(1)
25245 GOSUB 400 ' READ.LINE
25250 status$=inkey$
25255 if status$=chr$(27) then end
25260 'ic=0 implies blank line
25265 IF IC<>0 THEN GOSUB 600 ' STORE.CELL
25270 'assume 50 lines/page+1
25275 IF NR=RP+1 OR NCELL>1000 THEN ELSE GO TO 25295
25280 GOSUB 800 ' PRINT.TABLE
25285 nr=0:ncell=0 'clear table
25290 GOSUB 200 ' SET.SCREEN
25295 ' IFEnd]
25300 wend
25305 beep
25310 print"end of file found"
25315 GOSUB 800 ' PRINT.TABLE
25320 close
25325 '
25330 end
123EGA.DOC
INSTRUCTIONS FOR INSTALLING IBM ENHANCED GRAPHICS ADAPTER DRIVERS
Before you can use the install program, you must run the E.BAT file.
This will rename the files so that the install program will operate
properly.
Put your disk with the downloaded files into drive A. Be certain that
you have an A prompt. At the A prompt, type E and hit the RETURN key.
When the batch file is complete, you may proceed with the following
instructions.
**********************************************************************
What you will need
You must have a Disk which contains the following files:
EGA.BAT
IBM0EGA.DRV
IBM1EGA.DRV
How to use
To install the EGA drivers, perform the following steps:
Two-Diskette System
1. Start your computer with DOS.
2. Put the Disk that contains the above files in drive A, and the 1-2-3
Utility Disk in drive B.
3. At a DOS A prompt, type COPY *.* B: and press RETURN.
4. Remove the Disk from drive A, and replace it with the
1-2-3 Utility Disk.
5. At a DOS A prompt, type EGA B: and press RETURN. Follow the screen
prompts.
6. At a DOS A prompt, start 1-2-3 as usual and enjoy your new colors
with the IBM Enhanced Graphics Adapter.
Hard-Disk System
1. Start your computer with DOS.
2. Put the Disk that contains the above files in drive A, and make drive
A the current directory, type A: and press RETURN.
3. Type COPY *.* pathname and press RETURN.
For pathname, use the name of your hard disk and your 1-2-3
directory. For example, if you have a hard disk called drive C, and
your 1-2-3 files are in a directory called LOTUS, type COPY *.*
C:\LOTUS.
4. Change the current drive to the drive that contains your 1-2-3
directory, ie C: and RETURN. Change to your 1-2-3 directory. For
example CD\LOTUS if your directory is LOTUS.
5. At a DOS prompt within the directory of your 1-2-3 files, type EGA.
Follow the screen prompts.
6. At a DOS prompt, start 1-2-3 as usual and enjoy your new colors with
the IBM Enhanced Graphics Adapter.
FEDTAX85.DOC
FEDTAX85.WKS is a Lotus 1-2-3 template that contains the following
Federal tax forms and schedules:
FORMS ------ 1040,2106,2441,5695,4562
SCHEDULES -- A,B,C,D,E,W
NOTE: This version (10/3/85) uses the 1984 tax forms, BUT is also
uses the 1985 tax tables, so all computations are accurate
for the 1985 tax year.
This template requires 192k of memory and will run on any version
of Lotus 1-2-3. If other spreadsheet programs can read and trans-
late Lotus WKS files, then this template should work with them.
To use the FEDTAX85 worksheet simply enter your tax information
on the appropriate schedules and forms. The worksheet is protected
so you need not worry about overlaying any formulas, etc. When
all data is entered, simply press PF9 to do the final computation.
FURTHER NOTES:
1: Make sure you enter your salary information onto Schedule
'W' if you need to use this schedule. This information is
NOT picked up automatically from Form 1040.
2. Enter the number of exemptions and your filing status in the
areas provided at the top of Form 1040. All zero bracket
amounts, dividend exclusions, etc. will be automatically
calculated with this data. Tax Rate schedules X (Single), Y
(Married,etc) and Z (Unmarried Heads of Household) are pro-
vided. If you file 'Married Filing Separate Returns', then
you must override the tax computation formula on line 38 of
Form 1040.
3. The only difference between this early version of FEDTAX85
and the one that will be available in early January of 1986
is the detail of the forms themselves. Although FEDTAX85.WKS
uses 1984 forms, it is unlikely that these forms will change
greatly when the 1985 forms are available in late December.
Therefore, FEDTAX85.WKS will still be useful to do monthly
or quarterly 1985 Federal tax liability analysis.
4. Depreciation from Form 4562 for other than real estate will
need to be entered on the appropriate tax form manually. All
depreciation for rental housing or most other 15 year proper-
ties will be automatically carried to Schedule E. However,the
depreciation for 3 or 5 year capital properties will need to
be entered on your particular tax return wherever you deem
appropriate. For example, the depreciation for your PC as 5
year Capital Equipment could be carried forward to Schedule
A, Line 24 and entered as a Miscellaneous Deduction.
FILES568.TXT
---------------------------------------------------------------------------
Disk No 568 LOTUS UTILITIES v1 DS2
---------------------------------------------------------------------------
123DOC, 123EGA, 123PREP, and CLRJET have been provided on this disk in an
archived form in order to save space and to keep the files together.
This disk contains utitlites to print your spreadsheet formulas on paper in a
readable format. You can also use and EGA card with your Lotus Programs.
You can even convert a text file into a format that can be read from the Lotus
program, great for combining numbers with text
TRYVM123.COM is a utility program that sets up a 640K virtual memory
system for 1-2-3 Release 2.0.
123DOC ARC Archived file - Documentation Utility
123EGA ARC Archived file - Extended Graphics Adapter Utility
123PREP ARC Archived file - Text file to Lotus Prep Utility
123RANGE EXE Spreadssheet file print Utility Program
ARC EXE Archive Utility Program
CLRJET ARC Archived file - IBM Color Jet Printer Drivers
FEDTAX85 DOC Text file - Documentation for FEDTAX85.WKS
FEDTAX85 WKS LOTUS worksheet - Federal Income Tax for 1985
NEWCOLOR DOC Text file - Documentation for NEWCOLOR.IN
NEWCOLOR IN Program to change display colors for LOTUS 1-2-3
OPTIONZ WKS LOTUS worksheet - Stock Options
UNARC TXT Directions on expanding archived files on disk
TRYVM123 COM Virtual memory system for 1-2-3 Release 2.0
TRYVM123 DOC Documentation for TRYVM123
WKS-FRMT TXT Worksheet files format
PC-SIG (Software Interest Group)
1030 East Duane Avenue, Suite D
Sunnyvale, CA 94086
(408) 730-9291
NEWCOLOR.DOC
NEWCOLOR
Bob Mikkelsen
The file, "NEWCOLOR.IN", is used as a redirected input file for
the DEBUG program. It causes the creation of two new LOTUS 123
text driver files that feature more imaginative use of color in
123 for those using 123 with a color monitor.
To create these drivers, type: DEBUG <NEWCOLOR.IN. This assumes
that that you are using DOS 2.0 or higher and that the files,
DEBUG.COM, NEWCOLOR.IN, and IBM0COLO.DRV reside on the default
drive and default directory. It creates two files, TDCOLOR1.DRV
and TDCOLOR2.DRV, on the same drive and directory.
When you get your new files, you can try each out by copying it
into TD.DRV on your 123 program directory. I have only tested
this with version 1a of 123. I don't know the results when
trying this with the earlier version. As a word of caution I
suggest that whenever you do any kind of program patching like
that being done here, always have your files backed up!
NOTES568.TXT
Program name: LOTUS UTILITIES
Author name: VARIOUS
Address: VARIOUS
VARIOUS
Suggested Donation: See documentation for individual programs
Program Description:
123DOC, 123EGA, 123PREP, and CLRJET have been provided on this disk in an
archived form in order to save space and to keep the files together.
123DOC Allows the user to print a 123 worksheet with the formulas in human-
readable form. 123EGA contains utilities to install an Extended Graphics
Adapter board. 123PREP allows the user to configure a standard text file into
columns that Lotus 123 can import into a worksheet. CLRJET provides drivers
for IBM Colorjet Printers.
TRYVM123.COM is a utility program that sets up a 640K virtual memory
system for 1-2-3 Release 2.0. It gives 640K of expanded
memory without the installation of an expanded memory board. Instead, the
system's fixed disk (or RAM disk) is used for expanded memory data
storage. Because TRYVM123 physically moves banks of data to and from the disk
(or RAM disk), 1-2-3 Release 2.0's operation will be slower under TRYVM123
than if an expanded memory board were installed.
Except where noted, system requirements for most of these programs is at least
256K on any IBM PC compatible.
TRYVM123.DOC
TRYVM123 -- A virtual memory system for 1-2-3 Release 2.0
-------- - ------- ------ ------ --- ----- ------- ---
TRYVM123.COM is a utility program that sets up a 640K virtual memory
system for 1-2-3 Release 2.0. It gives 1-2-3 Release 2.0 640K of expanded
memory without the installation of an expanded memory board. Instead, the
system's fixed disk (or RAM disk) is used for expanded memory data
storage.
Because TRYVM123 physically moves banks of data to and from the disk
(or RAM disk), 1-2-3 Release 2.0's operation will be slower under TRYVM123
than if an expanded memory board were installed.
TRYVM123.COM and this document file may be freely copied and
distributed, and are intended as a demonstration of a virtual memory
system. If 1-2-3 runs your application under TRYVM123 with acceptable
speed, you may want to consider ordering Micro VMS, a full-featured
program with some advantages and enhancements over TRYVM123. Ordering
information is included at the end of this document.
How to Get Going
--- -- --- -----
To use TRYVM123, you will need 1-2-3 Release 2.0 and an IBM PC/XT/AT
(or compatible) computer with 640K of memory already installed, a fixed
disk, and DOS 2.1 or higher. You can use TRYVM123 with a RAM disk, such
as the AST Advantage! board running under VDISK or the JRAM-2 board
running under JETDRIVE. Operation of TRYVM123 with a RAM disk will be
much faster than with the fixed disk in your computer.
To run TRYVM123:
1) Copy the TRYVM123.COM file into the fixed disk subdirectory
containing your 1-2-3 Release 2.0 program files. The LOTUS.COM,
123.COM, and 123.CMP files should be in this subdirectory.
2) Make sure you have at least 640K of free space on your fixed disk, or
RAM disk (if used).
3) Put your 1-2-3 Release 2.0 key disk in Drive A: (if your system
requires its use).
4) Make current the subdirectory containing your 1-2-3 Release 2.0
program files and TRYVM123.COM.
5) Type in
TRYVM123 [/d]
(followed by a carriage return) at the DOS prompt, where "/d" is a
slash followed by an optional drive letter indicating the disk drive
or RAM disk "drive" that you would like TRYVM123 to use for its data
storage. Note that there must be at least 640K of free space on the
specified drive. If you would like TRYVM123 to use your default
drive, do not enter anything after "TRYVM123".
TRYVM123 will set up its required disk (or RAM disk) files, and will
load and run 1-2-3. When you Exit 1-2-3, TRYVM123 will erase the files it
created for its own use and return control of the system to you.
The Interrupt 67H Problem
--- --------- --- -------
TRYVM123 will check the contents of the INT 67H vector, which it needs
to use during its operation. Hopefully, INT 67H will not be in use by
another driver or program in your system. If it is, though, the following
message will be displayed:
"The DOS software interrupt required by expanded memory managers
(INT 67H) is already in use in this system. TRYVM123 will take
control of this interrupt whie you are running 1-2-3 with
virtual memory, and will restore its original value when you
exit 1-2-3."
You will then be asked if you wish to continue. We have not yet identified
all of the software programs or hardware that use INT 67H, but it is
generally safe to proceed with TRYVM123 if you see this message. If you
are running a RAM disk (which may use INT 67H), we recommend that you
transfer any important data back to disk before running TRYVM123.
The Compaq -286 series computer places non-zero values at all unused
interrupt vectors, so this message will always appear, and can be ignored.
Some Background Information
---- ---------- -----------
Because it supports the Lotus/Intel/Microsoft Expanded Memory
Specification, 1-2-3 Release 2.0 can address up to 4 Megabytes of
"expanded memory", over and above the 640K of conventional memory
available in the IBM PC/XT/AT line of computers. A number of expanded
memory boards designed to this specification, such as the Intel Above
Board and the AST RAMpage board, have recently appeared on the market.
SYSCOMP's Micro VMS program allows 1-2-3 Release 2.0 to address up to
4 Megabytes of "virtual memory" WITHOUT the use of expanded memory boards.
Instead, it uses the computer's fixed disk (or RAMdisk, if available) to
store data that would normally be stored in an expanded memory board.
Virtual memory refers to memory that really isn't present, but is
simulated by a fixed disk or other device. 1-2-3 Release 2.0 allows only
64K of expanded memory to be "switched in" at any one time, the rest is
stored in deactivated banks on the expanded memory board(s). Micro VMS
uses the fixed disk (or boards like the JRAM-2 or the Advantage!) to hold
the data that is not currently switched in.
The actual bank switching process with an expanded memory board is
very fast. The Intel Above board takes less than 1/2000 second to switch
in a new bank of memory. The operation of Micro VMS is slower due to the
disk read and write operations. Even using the JRAM-2 or the Advantage!
board, blocks of memory are moved from one location to another during a
bank switch, so more time is needed.
Although the actual bank switching time using Micro VMS is much slower
than the switching time on expanded memory boards, 1-2-3 Release 2.0's
overall performance with virtual memory is better than might be expected,
because 1-2-3 Release 2.0 performs most operations with a minimal number
of bank switches.
The Conventional Memory Problem
--- ------------ ------ -------
It is possible to get the 1-2-3 "Memory Full" error even if you have
lots of expanded memory still free.
1-2-3 Release 2.0 uses the expanded memory for data and the
conventional memory for pointers to that data. In some cases, the
"pointer memory" fills up before the "data memory" does.
Loading any memory resident programs (like Sidekick or SuperKey)
before running TRYVM123 will aggravate the conventional memory problem.
If you run out of conventional memory, try temporarily removing any memory
resident programs that you are running.
TRYVM123 itself requires about 70K of conventional memory. The
full-featured Micro VMS program, although more powerful, actually uses a
bit LESS conventional memory.
Some Tips on Faster Operation with TRYVM123
---- ---- -- ------ --------- ---- --------
1) Set your Recalculation Method to "Manual". This is very important
when running a large application under TRYVM123. Any operation that
requires a memory "bank switch" will be slower with TRYVM123 than it
would be with an expanded memory board involved. Keep your
recalculations to a minimum.
2) Keep your Recalculation Order set to "Natural".
3) DON'T try to sort a large database while running under TRYVM123.
Database sorts require a large number of "bank switches". If you
work much with databases, we suggest the use of our dB III Import/
Export programs, which will allow your database processing to be done
with the powerful dBASE III database program.
A sample 8,000 record name and address database containing 9 fields
required over 530,000 bank switches to sort. The XT/Above Board
performed this sort in about 12 minutes. The same sort on the
AT/Advantage! system (we didn't time it) would take about 2 days!
Remember, ANY large spreadsheet will take a while to Recalculate. If
you have an application that is particularly slow running under TRYVM123,
it may not be that much faster with an expanded memory board installed.
If you are using a physical disk with TRYVM123, and if you see the
disk LED stay on or come on repeatedly during an operation, then you
probably CAN save some time by installing an expanded memory board. On
the average, you will save about 1/2 second per disk access if you install
an expanded memory board.
Micro VMS -- Who Needs It?
----- --- --- ----- --
Micro VMS will probably appeal to those who:
1) have a little more time than money,
2) don't have any free slots in their computer, but need some expanded
memory for 1-2-3 Release 2.0,
3) only have one or two applications that require more memory than
1-2-3's conventional memory provides, or
4) have already purchased the JRAM-2 or Advantage! board (or other
board than can operate as a RAM disk outside the 640K of
conventional memory), and would like to use this board for 1-2-3
Release 2.0 expanded memory.
How to Order Micro VMS
--- -- ----- ----- ---
If your application runs satisfactorily under TRYVM123 but you need
more expanded "memory", you may want to order Micro VMS. Micro VMS is
SYSCOMP's full-featured virtual memory system. It allows you to set up as
much as 4 Megabytes of virtual memory for 1-2-3 Release 2.0 or Symphony
Release 1.1. It will also allow other programs which support the
Lotus/Intel/Microsoft Expanded Memory Specification to use its virtual
memory.
Micro VMS uses less conventional memory than does TRYVM123, and is
installed slightly differently. It also loads faster.
As a registered user of Micro VMS, you will be eligible for technical
support and upgrades as we continue to improve Micro VMS's performance.
To order Micro VMS, just call SYSCOMP at 619-277-0400. Micro VMS is
normally in stock, and can be shipped the same day we receive your call.
The price is $75 plus shipping, and quantity discounts are available. We
can charge your VISA or Master Card, or we can ship UPS C.O.D.
Feedback
--------
We'd appreciate your comments and suggestions on TRYVM123. Just call
SYSCOMP's technical support at 619-277-0400 or write us at:
SYSCOMP
Technical Support
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UNARC.TXT
123DOC, 123EGA, 123PREP, and CLRJET have been provided on this disk in an
archived form in order to save space and to keep the files together.
In order to retrieve the files:
1) put a blank disk in the B: drive
2) issue the command B:
3) issue the command A:ARC X A:123DOC.ARC
Repeat for 123EGA.ARC, 123EGA.ARC, 123PREP.ARC, and CLRJET.ARC
WKS-FRMT.TXT
WORKSHEET FILE FORMAT
FROM LOTUS
INTRODUCTION AND QUICK REFERENCE
Copyright(c) 1984, Lotus Development Corporation
161 First Street
Cambridge, Massachusetts 02142
(617) 492-7171
Electronic Edition, December, 1984
All Rights Reserved
PREFACE
Lotus Development Corporation's 1-2-3(TM) and Symphony(TM) perform user
selected operations upon a data matrix that is termed a "worksheet".
Worksheet files are such matrices stored on disk.
A worksheet file is an unbroken sequence of binary coded records defining a
single worksheet.
Both 1-2-3 and Symphony accept externally created data files if the files
are in the worksheet file format. Other programs can decode and process
worksheet files created by 1-2-3 or Symphony.
The following document provides information required to create or access a
worksheet file by describing the records used to create a worksheet file.
It is assumed that the reader is familiar with Lotus products and has ready
access to 1-2-3 or Symphony documentation.
Note that the worksheet files for 1-2-3 and Symphony are similar, but not
necessarily interchangeable. 1-2-3 and Symphony share some record types,
but also have record types unique to that product. Symphony can read 1-2-3
records, but 1-2-3 cannot read Symphony records.
The information contained in this document has been released into the
public domain and is not considered to be confidential or proprietary
although still the copyright and property of Lotus Development Corporation.
All efforts have been made to ensure that this information is clear and
useful since Lotus will not be providing customer assistance with this
booklet. Lotus will, however, incorporate any necessary corrections if
they are reported in writing to:
Lotus Development Corporation
Worksheet File Format
161 First Street
Cambridge, MA 02142
WORKSHEET FILE FORMAT
Worksheet files are organized as an unbroken sequence of variable length
binary records. Each record consists of a 4-byte header followed by the
record body. The header defines the record's type and length, as the
example below shows.
The header's composition is as follows:
Byte Number Byte Description
0,1 Record type code
2,3 Record body length (bytes)
Example: Record Header
Record Header
Record Record
Type Length
Byte Number 0 1 2 3
Hex Code 1C 00 20 00
Decimal Equivalent 28 32
The record body can be of many different types; most have predetermined
length, but some vary in length.
The record type code is 28.
In a hex dump of the file, the record type appears as 1C 00h, noting that
the 8086/88 stores the most significant byte of word in the higher memory
address.
The record length is 32 bytes.
In a hex dump of the file, the record length appears as 20 00h.
Record types with Column/Row Coordinates
Some record types contain column/row coordinates to identify a cell, or one
of the two points that define a range. Numbering starts at zero in the
upper left corner of the worksheet.
For example:
Cell A1 = column 0, row 0
SUMMARY OF RECORD TYPES
This section describes the different record types found in 1-2-3 and
Symphony.
There are to Quick Reference tables ordered by Opcode and by Product,
followed by a detailed reference section ordered by Opcode. In the
reference section, there are examples for the more commonly used records.
It is assumed that the reader is familiar with 1-2-3 or Symphony and has
access to Lotus' documentation.
Quick Reference by Opcode
Type Code (hex) Length (bytes) Description
BOF 0 2 Beginning of file
EOF 1 0 End of file
CALCMODE 2 1 Calculation mode
CALCORDER 3 1 Calculation order
SPLIT 4 1 Split window type
SYNC 5 1 Split window sync
RANGE 6 8 Active worksheet range
WINDOW1 7 31 Window 1 record
COLW1 8 3 Column width,
window 1
WINTWO 9 31 Window 2 record
COLW2 A 3 Column width,
window 2
NAME B 24 Named range
BLANK C 5 Blank cell
INTEGER D 7 Integer number cell
NUMBER E 13 Floating point number
LABEL F variable Label cell
FORMULA 10 variable Formula cell
TABLE 18 25 Data table range
ORANGE 19 25 Query range
PRANGE 1A 8 Print range
SRANGE 1B 8 Sort range
FRANGE 1C 8 Fill range
KRANGE1 1D 9 Primary sort key range
HRANGE 20 16 Distribution range
KRANGE2 23 9 Secondary sort key
range
PROTEC 24 1 Global protection
FOOTER 25 242 Print footer
HEADER 26 242 Print header
SETUP 27 40 Print setup
MARGINS 28 10 Print margins code
Quick Reference by Opcode (continued)
Type code (hex) Length (bytes) Description
LABELFMT 29 1 Label alignment
TITLES 2A 16 Print borders
GRAPH 2D 437 Current graph settings
NGRAPH 2E 453 Named graph settings
CALCCOUNT 2F 1 Iteration count
UNFORMATTED 30 1 Formatted/unformatted
print
CURSORW12 31 1 Cursor location
WINDOW 32 144 Symphony window
settings
STRING 33 variable Value of string
formula
PASSWORD 37 4 File lockout (CHKSUM)
LOCKED 38 1 Lock flag
QUERY 3C 127 Symphony query
settings
QUERYNAME 3D 16 Query name
PRINT 3E 679 Symphony print record
PRINTNAME 3F 16 Print record name
GRAPH2 40 499 Symphony graph
record
GRAPHNAME 41 16 Graph record name
ZOOM 42 9 Orig coordinates
expanded window
SYMSPLIT 43 2 Nos. of split windows
NSROWS 44 2 Nos. of screen rows
NSCOLS 45 2 Nos. of screen columns
RULER 46 25 Named ruler range
NNAME 47 25 Named sheet range
ACOMM 48 65 Autoload.comm code
AMACRO 49 8 Autoexecute macro
address
PARSE 4A 16 Query parse
information
Quick Reference by Product: 1-2-3 only
Type Code (hex) Length (bytes) Description
SPLIT 4 1 Split window type
SYNC 5 1 Split window sync
WINDOW 1 7 31 Window 1 record
WINTWO 9 31 Window 2 record
COLW2 A 3 Column width,
window 2
NAME B 24 Named range
QRANGE 19 25 Query range
PRANGE 1A 8 Print range
SRANGE 1B 8 Sort range
KRANGE1 1D 9 Primary sort key range
KRANGE2 23 9 Secondary sort key
range
FOOTER 25 242 Print footer
HEADER 26 242 Print header
SETUP 27 40 Print setup
MARGINS 28 10 Print margins code
TITLES 2A 16 Print borders
GRAPH 2D 437 Current graph settings
NGRAPH 2E 453 Named graph settings
Quick Reference by Product: 1-2-3 and Symphony
Type Code (hex) Length (bytes) Description
BOF 0 2 Beginning of file
EOF 1 0 End of file
CALCMODE 2 1 Calculation mode
CALCORDER 3 1 Calculation order
RANGE 6 8 Active worksheet range
COLW1 8 3 Column width
BLANK C 5 Blank cell
INTEGER D 7 Integer number cell
NUMBER E 13 Floating point number
LABEL F variable Label cell
FORMULA 10 variable Formula cell
TABLE 18 25 Data table range
FRANGE 1C 8 Fill range
HRANGE 20 16 Distribution range
PROTEC 24 1 Global protection
LABELFMT 29 1 Label alignment
CALCCOUNT 2F 1 Iteration count
UNFORMATTED 30 1 Formatted/unformatted
print
CURSORW12 31 1 Cursor location
Quick Reference by Product: Symphony only
Type Code (hex) Length (bytes) Description
WINDOW 32 144 Symphony window
settings
STRING 33 variable Value of string
formula
PASSWORD 37 4 File lockout (CHKSUM)
LOCKED 38 1 Lock flag
QUERY 3C 127 Symphony query
settings
QUERYNAME 3D 16 Query name
PRINT 3E 679 Symphony print record
PRINTNAME 3F 16 Print record name
GRAPH2 40 499 Symphony graph
record
GRAPHNAME 41 16 Graph rocord name
ZOOM 42 9 Orig coordinates
expanded window
SYMSPLIT 43 2 Nos. of split windows
NSROWS 44 2 Nos. of screen rows
NSCOLS 45 2 Nos. of screen columns
RULER 46 25 Named ruler range
NNAME 47 25 Named sheet range
ACOMM 48 65 Autoload. comm code
AMACRO 49 8 Autoexecute macro
address
PARSE 4A 16 Query parse
information
WORKSHEET FILE FORMAT
FROM LOTUS
APPENDIX A - CELL FORMAT ENCODING
Copyright(c) 1984, Lotus Development Corporation
161 First Street
Cambridge, Massachusetts 02142
(617) 492-7171
Electronic Edition, December, 1984
All Rights Reserved
APPENDIX A: Cell Format Encoding
The first byte of a content-related record contains a cell format code.
Format is determined at the bit level.
Table 8 Cell Format Encoding
Bit number Description Code Meaning
7 protection 1 protected
0 unprotected
4,5,6 format type 0 fixed
1 scientific
notation
2 currency
3 percent
4 comma
5 unused
6 unused
7 special
0,1,2,3 number of decimal 0-15
places decoded
(if format type = 0-6)
special format type 0 +/-
(if format type = 7) 1 general
2 day-month-year
3 day-month
4 month-year
5 text
(Symphony only) 6 hidden
(Symphony only) 7 date;hour-min-sec
(Symphony only) 8 date;hour-min
(Symphony only) 9 date;intnt'l1
(Symphony only) 10 date;intnt'l1
(Symphony only) 11 time;intnt'l1
(Symphony only) 12 time;intnt'l2
13-14 unused
15 default
EXAMPLE
Currency format, two decimal places, unprotected cell
Bit Number 7 6 5 4 3 2 1 0
Binary Code 0 0 1 0 0 0 1 0
---------
Format Type ---------------
Protection Number of Decimal Places
or Special Format
The byte number is 0.
The hex code is 22.
Example
Special format, month-year, protected cell
Bit Number 7 6 5 4 3 2 1 0
Binary Code 1 1 1 1 0 1 0 0
---------
Format Type -------------
Protection Number of Decimal Places
or Special Format
The byte number is 0.
The hex code is F4.
WORKSHEET FILE FORMAT
FROM LOTUS
APPENDIX B - THE FORMULA COMPILER
Copyright(c) 1984, Lotus Development Corporation
161 First Street
Cambridge, Massachusetts 02142
(617) 492-7171
Electronic Edition, December, 1984
All Rights Reserved
APPENDIX B: The Formula Compiler
This appendix describes the internal workings of the formula compiler. The
compiler transforms an ASCII string of characters representing a formula to
its Reverse Polish code. The basic algorithm utilizes and SR parser (SR =
shift and reduce). The aim of the parser is to apply a set of reduction
rules which embody the syntax of the compiler to an input string. Formula
code is compiled to a temporary buffer.
Lexicon Analysis
A lexical analyzer breaks up the input string into lexical units called
tokens. A token is a substring of the original input string operand,
operator, or special symbol (such as comma, parentheses, etc.) In addition,
the lexical analyser supplies two special tokens, "beginning of formula"
(boform) and "end of formula" (eoform), to facilitate the compilation
process. The lexical analyzer identifies and processes literals (both
number and string), cell and range references, operators, and function
calls. It assigns a unique code to each distinct operator, function, or
type of operand.
A function with no arguments is treated like a number.
Syntax Analysis
The syntactical analysis of a formula is accomplished by processing a list
of tokens in left-to-right order. A stack called the syntax is also used
during the syntactical scan. The basic algorithm is as follows:
Repeat the following steps:
1) Get the next token
2) If the token is a literal or cell reference:
a) Push the number code on the syntax stack
b) Push the number code on the syntax stack
3) If the token is a range reference:
a) Compile code to push the range reference
b) Push the range code on the syntax stack
4) Otherwise push the token code for the token on the syntax stack.
For each syntax rule, if the pattern on the top of the syntax matches the
rule pattern take the action associated with the rule and start scanning
from the beginning for any additional rules which may apply.
When a token code is pushed on the syntax stack, an additional word of
zeros is also pushed on the stack. This is used when compiling function
calls to hold the function's argument count.
Rule Matching
A relatively small number of rules are used to process formulas of arbitrary
complexity. If a rule matches the top of the syntax stack, then the
compiler takes a specific action and rule scanning starts again with the
first rule. Each rule matches certain patterns on the syntax stack. A
typical rule might be: if the top of the stack is the token for right
parenthesis, and the next-to-top is a number, and the second form the top
is a left parenthesis, then pop the top three items from the syntax stack
and push the number on the syntax stack.
This rule can be more succinctly represented as:
Stack
Before After Action
)
number
( number none
The Rules
The following are the syntax rules used to process formulas. Note that the
order of the rules is important. The rules for compilation of operators
used additional tables which assign a precedence number and opcode to each
legal unary and binary operator. Thus, for example, there is a single
token code for minus sign (-), but there are two opcodes one for unary
minus and one for binary minus. In addition, these two operators, while
lexically identical, also have different precedence. In general, operators
of higher precedence will be performed before operators of lower precedence
are performed left-to-right. All special operators (boform, eoform,
parentheses, comma, etc.) are implicitly assigned a precedence of zero.
Rule 1 Termination test
Stack
Before After Action
eoform Output a return code to compile buffer
number Return, indicating successful compile
boform
Rule 2 Function argument processing
Stack
Before After Action
' Error if range argument illegal for
number or range function.
( ( Increment argument count on stack
function function
Rule 3 Process final function argument
Stack
Before After Action
) Error if range argument illegal for
number or range function.
( Increment argument count on stack
function number Compile function opcode
If list function, compile argument
count; otherwise error is wrong
argument count.
Rule 4 Parenthesis removal
Stack
Before After Action
) Compile parenthesis opcode
number
( number
operator operator
Rule 5 Binary operators
Stack
Before After Action
op2 If binary op<binary op, rule does
number not match. Otherwise, compile opcode
op1 op2 for operator op1.
Rule 6 Unary operators
Stack
Before After Action
op2 I unary op<binary op, rule does
number op2 not match. Otherwise, compile opcode.
op1 number for operator op 1.
Rule 7 Error detection
Stack
Before After Action
eoform Return indicating unsuccessful compile
Table 9 Operator Precedence Table
Operator Unary Precedence Binary Precedence
+ 6 4
- 6 4
* na 5
/ na 7
^ na 3
= na 3
< > na 3
< = na 3
> = na 3
< na 3
> na 3
#and# na 1
#or# na 1
#not# 2 na
Example:
Using the above rules, we can now see how a particular formula is
compiled. Let us consider the following formula:
3+5*6
This is broken up by the lexical analyzer into seven tokens.
boform
3
+
5
*
6
eoform
The syntax scans proceed as follows until a matching rule is found:
Stack
boform number + number
boform number +
boform number
boform
Compile buffer
push 3 push 3 push 3
push 5
At this point, rule 5 is invoked, but since the precedence of boform is
zero, no action is taken.
Stack
* number
number *
+ number
number +
boform number
boform
Compile buffer
push 3 push 3
push 5 push 5
push 6
At this point, since the binary precedence of + is lower than the binary
precedence of *, rule 5 does apply, and the opcode for * is compiled. The
stack is reduced by replacing number * number by number and scan is made,
but no further rule applies.
Stack
number eoform
+ number
number +
boform number
boform
Compile buffer
push 3 push 3
push 5 push 5
push 6 push 6
Rule 5 applies again, and the opcode for + is compiled, reducing the stack
to boform, number, eoform. Rescanning finds a match on rule 1 which
compiles a return opcode and terminates. The final compiled code is thus:
push 3
push 5
push 6
*
+
return
A Note on the Decompiler
The algorithm for the formula decompiler was taken verbatim from:
Writing Interactive Compilers and Interpreters, P.J. Brown, John Wiley and
Sons, 1979. See chapter 6.2. The algorithm itself is described on pages
216 and 217.
This algorithm is also described in the following article.
More on the Re-creation of Source Code from Reverse Polish, P.J. Brown,
Software Practice and Experience, Vol 7, 545-551 (1977).
WORKSHEET COLUMN DESIGNATORS
Most records within the 1-2-3 Condensed Worksheet format are specified
with column/row designators (for example, column 0, row 0 equals A1). When
determining the column designator, the table below will help make
conversion easier.
Column Hex Dec Column Hex Dec Column Hex Dec
A 0 1 BA 34 52 DA 68 104
B 1 1 BB 35 53 DB 69 105
C 2 2 BC 36 54 DC 6A 106
D 3 3 BD 37 55 DD 6B 107
E 4 4 BE 38 56 DE 6C 108
F 5 5 BF 39 57 DF 6D 109
G 6 6 BG 3A 58 DG 6E 110
H 7 7 BH 3B 59 DH 6F 111
I 8 8 BI 3C 60 DI 70 112
J 9 9 BJ 3D 61 DJ 71 113
K A 10 BK 3E 62 DK 72 114
L B 11 BL 3F 63 DL 73 115
M C 12 BM 40 64 DM 74 116
N D 13 BN 41 65 DN 75 117
O E 14 BO 42 66 DO 76 118
P F 15 BP 43 67 DP 77 119
Q 10 16 BQ 44 68 DQ 78 120
R 11 17 BR 45 69 DR 79 121
S 12 18 BS 46 70 DS 7A 122
T 13 19 BT 47 71 DT 7B 123
U 14 20 BU 48 72 DU 7C 124
V 15 21 BV 49 73 DV 7D 125
W 16 22 BW 4A 74 DW 7E 126
X 17 23 BX 4B 75 DX 7F 127
Y 18 24 BY 4C 76 DY 80 128
Z 19 25 BZ 4D 77 DZ 81 129
AA 1A 26 CA 4E 78 EA 82 130
AB 1B 27 CB 4F 79 EB 83 131
AC 1C 28 CC 50 80 EC 84 132
AD 1D 29 CD 51 81 ED 85 133
AE 1E 30 CE 52 82 EE 86 134
AF 1F 31 CF 53 83 EF 87 135
AG 20 32 CG 54 84 EG 88 136
AH 21 33 CH 55 85 EH 89 137
AI 22 34 CI 56 86 EI 8A 138
AJ 23 35 CJ 57 87 EJ 8B 139
AK 24 36 CK 58 88 EK 8C 140
AL 25 37 CL 59 89 EL 8D 141
AM 26 38 CM 5A 90 EM 8E 142
AN 27 39 CN 5B 91 EN 8F 143
AO 28 40 CO 5C 92 EO 90 144
AP 29 41 CP 5D 93 EP 91 145
AQ 2A 42 CQ 5E 94 EQ 92 146
AR 2B 43 CR 5F 95 ER 93 147
AS 2C 44 CS 60 96 ES 94 148
AT 2D 45 CT 61 97 ET 95 149
AU 2E 46 CU 62 98 EU 96 150
AV 2F 47 CV 63 99 EV 97 151
AW 30 48 CW 64 100 EW 98 152
AX 31 49 CX 65 101 EX 99 153
AY 32 50 CY 66 102 EY 9A 154
AZ 33 51 CZ 67 103 EZ 9B 155
(CONTINUED)
Column Hex Dec Column Hex Dec
FA 9C 156 HA DO 208
FB 9D 157 HB D1 209
FC 9E 158 HC D2 210
FD 9F 159 HD D3 211
FE AO 160 HE D4 212
FF A1 161 HF D5 213
FG A2 162 HG D6 214
FH A3 163 HH D7 215
FI A4 164 HI D8 216
FJ A5 165 HJ D9 217
FK A6 166 HK DA 218
FL A7 167 HL DB 219
FM A8 168 HM DC 220
FN A9 169 HN DD 221
FO AA 170 HO DE 222
FP AB 171 HP DF 223
FQ AC 172 HQ EO 224
FR AD 173 HR E1 225
FS AE 174 HS E2 226
FT AF 175 HT E3 227
FU BO 176 HU E4 228
FV B1 177 HV E5 229
FW B2 178 HW E6 230
FX B3 179 HX E7 231
FY B4 180 HY E8 232
FZ B5 181 HZ E9 233
GA B6 182 IA EA 234
GB B7 183 IB EB 235
GC B8 184 IC EC 236
GD B9 185 ID ED 237
GE BA 186 IE EE 238
GF BB 187 IF EF 239
GG BC 188 IG FO 240
GH BD 189 IH F1 241
GI BE 190 II F2 242
GJ BF 191 IJ F3 243
GK CO 192 IK F4 244
GL C1 193 IL F5 245
GM C2 195 IM F6 246
GN C3 195 IN F7 247
GO C4 196 IO F8 248
GP C5 197 IP F9 249
GQ C6 198 IQ FA 250
GR C7 199 IR FB 251
GS C8 200 IS FC 252
GT C9 201 IT FD 253
GU CA 202 IU FE 254
GV CB 203 IV FF 255
GW CC 204
GX CD 205
GY CE 206
GZ CF 207
ANALYSIS OF 1-2-3 WORKSHEET FILE
The worksheet shown below was created in 1-2-3 and saved to disk.
Key:
A2..A5 Named Range (code 11)
EXAMPLE A2: Label (code 15)
100 A3: Integer (code 13)
12.5 A4: Number (code 14)
87.5 A5: Formula (+A3-A4)
(code 16)
The example shown below is a partial hex dump of this worksheet file. By
reading each record header, you can determine the type of record you are
encountering. The record header will also tell you the length of that
follows the header. By analyzing the record header, you can read the
records you want and skip unrelated records.
362B:0100 06 00 08 00 00 00 00 00 00 00
362B:0110 04 00 2F 00 01 00 01 02 00 01 00 FF 03 00 01 00
362B:0120 00 04 00 01 00 00 05 00 01 00 FF 07 00 1F 00 00
362B:0130 00 01 00 71 00 09 00 08 00 14 00 00 00 00 00 00
362B:0140 00 00 00 00 00 00 00 04 00 04 00 48 00 00 0B 00
362B:0150 18 00 54 45 53 54 00 00 00 00 00 00 00 00 00 00
362B:0160 00 00 00 00 01 00 00 00 04 00 18 00 19 00 00 FF
362B:0170 FF 00 00 FF FF 00 00 FF FF 00 00 FF FF 00 00 FF
362B:0180
362B:05C0
362B:05D0 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
362B:05E0 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00 00
362B:05F0 00 00 00 00 71 71 01 00 0F 00 0E 00 FF 00 00 01
362B:0600 00 27 45 58 41 4D 50 4C 45 00 0D 00 07 00 FF 00
362B:0610 00 02 00 64 00
362B:0620 10 00 1B 00 FF 00 00 04 00 00
362B:0630 00 00 00 00 E0 55 40 0C 00 01 00 80 FE BF 01 00
362B:0640 80 FF BF 0A 03
Directory of PC-SIG Library Disk #0568
Volume in drive A has no label
Directory of A:\
123DOC ARC 28124 4-03-85 9:23p
123EGA ARC 9021 10-20-85 9:12a
123PREP ARC 36752 4-11-85 7:32p
123RANGE EXE 25088 6-08-84 4:02p
ARC EXE 29824 8-22-85 12:50a
CLRJET ARC 39510 8-18-85 3:46p
FEDTAX85 DOC 2739 10-06-85 8:20a
FEDTAX85 WKS 82048 10-06-85 7:42a
NEWCOLOR DOC 1152 5-17-85 7:37p
NEWCOLOR IN 256 5-17-85 7:38p
OPTIONZ WKS 21376 7-29-84 8:55a
TRYVM123 COM 23229 10-16-85 9:38a
TRYVM123 DOC 10250 12-11-85 4:36p
UNARC TXT 363 6-20-86 1:08p
WKS-FRMT TXT 36830 10-29-85 4:05p
GO BAT 1131 6-20-86 1:12p
NOTES568 TXT 1280 6-20-86 1:08p
FILES568 TXT 1701 6-20-86 1:08p
18 file(s) 350674 bytes
2048 bytes free