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Information about “LOTUS WORKSHEETS #4”
LOTUS WORKSHEETS 4 contains the OptionWare demo for solving
mathematical problems. Reports and graphs can be printed from the
demo. This disk also contains tips on converting Lotus 1-2-3
worksheeks to Symphony worksheets, a 1984 Federal Income Tax template
and a template to create letters and labels. Documentation is included
for all worksheets.
System Requirements: 256K, two disk drives, LOTUS 1-2-3 v2.0
How to Start: Access through LOTUS 1-2-3
Suggested Registration: $25.00
File Descriptions:
DIR-LIST Listing of included files
MAGEE DOC Documentation file for MAGEE.WKS
AUTO123 WKS Demo of OptionWare 1-2-3 models - self start with 1-2-3
WSFF3 TXT Worksheet File Format 1-2-3/Symphony:Appendix A
WSFF2 TXT Worksheet File 1-2-3/Symphony:Summary of record types
WSFF1 TXT Worksheet File Format 1-2-3/Symphony:Intro & quick ref.
TAX1984 WKS Individual tax planning model
TAX1984 DOC Documentation file for TAX1984.WKS
PREVIEW WKS Part of demo for OptionWare - used with AUTO123.WKS
MAIL WKS 123 template to form letters/labels
MAGEE WKS Ledger/database date math + reports - menu driven
WSFF4 TXT Worksheet File Format 1-2-3/Symphony:Appendix B
MAGEE.DOC
The 123 Ledger (tm), Version 1.6
(C) Copyright 1984 by Patrick T. Magee. All Rights Reserved.
You are free to share unmodified copies of The 123 Ledger and
this documentation with others.
Should you find this application useful, and wish to receive the
following:
1) A disk containing the following applications:
- Cash Flow application with several built in macros.
- Menu-driven Tutorial for the Cash Flow application.
- Advanced spreadsheet generator macro application for
analyzing loans.
- Menu driven Quote Generator.
- Menu driven Tax Planner.
- IRA/Annuity Analyzer
- Sophisticated Integrated Business Plan (demonstrates how
to integrate projected income statements, balance sheets,
cash flow statements, cost of sales analysis, and ratio
analysis, into a single worksheet for maximum "what-if"
capabilities).
2) The ProKey macro file I use to build my 1-2-3 macro
applications. Using this file in conjunction with ProKey
from RoseSoft cut my macro development time in half.
3) You get on my mailing list (unless you indicate otherwise)
giving you timely notice of my new products as they
become available.
To receive all this, just send $25 (plus $2 S&H) to:
Patrick Magee
1711 143rd Place SE, Suite C1
Bellevue, WA 98007
(Washington State residents add sales tax.)
Preface
The 123 Ledger is an advanced Lotus 1-2-3(tm) application making
extensive use of 1-2-3's macro, database, and date-arithmetic
features. The end result is a general purpose transaction processo
that can be used for summarizing checks or maintaining simple gener
ledgers. The application was designed to allow for up to 1700
transactions and over 100 account numbers, on a computer having
only 256k of memory.
This application is managed by over 30k of macros which give
even the most novice users easy access to the upper limits of
1-2-3's power.
This documentation is organized as follows:
Getting Started
The On-line Help System
The Modify Data Options
The Summarize Data Options (The most useful & informative)
The Query Data Options
In case some of you are wondering who Patrick Magee is:
He is a CPA based in Bellevue, WA who devotes all his time
to the mastering of Lotus 1-2-3 and Symphony. He acquired
his Lotus knowledge by helping over 40 businesses implement
Lotus products. He teaches beginning, advanced, and macro
classes for 1-2-3 and Symphony. He writes a monthly column
for Absolute Reference - The Journal for 1-2-3 and Symphony
Users (1-800-428-5331). And last May, he started the
Pacific NW Lotus Users Group.
GETTING STARTED
Begin by loading The 123 Ledger as you would a normal worksheet.
/File Retrieve <LEDGER> <RETURN>
After scanning the Copyright screen, press RETURN to continue on to
the main menu which looks as follows:
========================================================================
The Winning Company Apr-84
========================================================================
1 Modify Data
2 Query Data
3 Summarize Data
4 Setup Options
5 Online Help
6 Save/Exit Options
Enter Selection ......
======== Copyright 1984 (C) =========== by Patrick T. Magee, CPA =======
THE ONLINE HELP SYSTEM
As you can see, there are six main menu options. Select option
number 5 by pressing the 5 key. This takes you to the main help
screen which gives you an overview of all the command options as
shown below.
========================================================================
Directory of Menu Options
========================================================================
1 2 3 4 5 6
MODIFY QUERY SUMMARIZE SETUP HELP SAVE/EXIT
1.1 Add 2.1 Account 3.1 All 4.1 Recalc 6.1 Save
1.2 Edit 2.2 Date_Range 3.2 Date_Range 4.2 Company 6.1 123
1.3 Sort 2.3 Both 3.3 Xtract 4.3 Date 6.3 Exit
1.4 Balance 2.4 Freeform 3.4 Scan 4.4 Initialize 6.4 Load
1.5 Date 2.5 Scan 3.5 Print 4.5 Formfix 6.5 Dir.
1.6 Print 2.6 Print 3.6 Help 4.6 Help 6.6 Help
1.7 Help 2.7 Help 3.7 Quit 4.7 Quit 6.7 Quit
1.8 Quit 2.8 Quit
Note that you can view help on any command option by selecting an
option from the menu appearing on the command line. Note that all
menus that appear on the command line work exactly like 1-2-3's
menus. You can select options by either typing the first letter,
or pointing and pressing RETURN.
There are 13 help screens in all. Type a 3 to view the help for
the Summarize options. This takes you immediatly to a help screen
for these options. Pressing RETURN once takes you to the second
screen, and pressing RETURN a last time takes you back to the main
help menu.
THE MODIFY DATA OPTIONS
Type in a 1 to select the Modify Data option. This takes you to
the top of the transactions database and brings up the Modify menu.
This is the only place in the system that you can alter the
content or structure of the database.
There are two ways to add records; the first is under complete
macro control using the Add option, the second is with little or no
assistance from the macros under the Edit option.
THE ADD OPTION
Type an A to select the Add option. You will be taken to the
bottom of the database and prompted for the required information.
The sample transaction you will enter here is as follows:
05-Apr-84 577 Office supplies 655 (75.00)
The first prompt that appears is:
Enter Day of Month(2nd as 2) :
Note that the current month and year appear in the upper left hand
corner of the screen (this is changed by the month option). All
have to do is type in the day.
Type in 5 and press ENTER
Note that the entire date is entered, the cell is formatted, and
the cell pointer is moved to the next cell.
The next prompt to appear is:
Enter Transaction Number:
Type in 577 and press ENTER.
The next prompt is:
Enter Payee/Description:
Type in "Office Supplies" and press ENTER.
The next prompt is:
Enter Account Number:
Type in 655 and press ENTER
And the final prompt is:
Enter Amount:
Checks are entered as negative amounts so type in -75 and press
ENTER.
The cell is formatted currency with two decimal places and the cell
pointer is positioned for entering the next transaction.
Although this method of data entry is simple and straight forward,
most people will find it too slow and cumbersome. This application
was designed primarily for quick and dirty transaction processing,
and thats where the EDIT option comes in. As the message indicates
at the top of the screen, you can enter a 0 for the day of month to
return to the main menu. Note that the message dissappears as the
menu reappears.
THE EDIT OPTION
Select the Edit option now by typing the letter E. Note that two
messages appear in the message area before the macros return you to
READY mode. In READY mode, you are free to move around with the
direction keys and issue regular 1-2-3 commands to alter the
contents of the database. At this point, transactions can be
manually, or with the aid of the Alt-A macro, which is the
recommended method of transaction entry. To illustrate this macro,
you will enter the following transaction.
22-Apr-84 578 Business Periodicals 675 (25.00)
Move the cell pointer to the next blank row in the database and
move to the Date column. Hold down the Alt key and tap the A key.
Type in the number 22 and press ENTER.
Type in the number 578 and press ENTER.
Type in "Business Periodicals" and Press ENTER.
Type in the number 675 and press ENTER.
And lastly, type in the number -25 and press ENTER.
Note that the macros handle all cursor movement and cell
formatting as before. The advantages to this method are that
only the Date entry is required - the rest can be skipped
simply by pressing ENTER. It's also much easier to break out
of a macro(by pressing Control-Break) make a correction, and
resume. Or you may just want to enter a single transaction,
copy it down several rows and modify it. Often my clients
simply enter the date, account #, and amount.
CHANGING THE CURRENT MONTH OR YEAR
To do this, return to the main menu by holding down the Alt key and
tapping the R key. Select the Date option, enter the new year and
month numbers as prompted, and you're ready to do the next period.
OTHER MENU OPTIONS
The following briefly summarizes the remaining options available
from this submenu.
Sort - lets you quickly sort the database on any field with only
a couple keystrokes (Pressing S, D, and ENTER) is all that
is required to sort the database by date in ascending
order.
Balance-displays the total of all transactions up to and
including a specified date. If The 123 Ledger is being
used as a checkbook ledger, this will display your
balance on any given date. You simply select the
option, enter a year, month, and day, and the balance
is calculated and displayed.
Print - Prints a listing of the entire database.
Help - takes you immediatly to the help screens for the Modify
Database menu options.
Quit - Returns you to the main menu.
You've been familiarized with the database and how it is modified.
Now you're ready to see what this application is really all about.
Select the Quit option to return to the main menu.
THE SUMMARIZE DATA OPTIONS
You can select the summarize option by typing the number 3. To see
all of the transactions totaled by account number, select the All
option by typing an A. A few moments later, you will see a list of
account numbers appear and their current balances. The macro that
does this uses a combination of Data Query Unique, Data Table 1,
Data Table Sort, and a single @DSUM formula to produce this
summary. This technique allows you to have over 100 account
numbers, and enter over 1700 transactions, with a 256k computer.
The Date_Range option does the same thing but only includes
transactions that fall within a specified date range. This is
useful when more than one months data is entered into a single
database.
The Print option in this submenu gives you 3 choices: The first
simply prints the summary section as it currently appears on the
screen; The second produces the equivalent of a G/L listing - it
takes one account number at a time, prints it's balance, and all
the transactions that make up that balance; The third does the
same thing as the second, except for a specified date range.
THE QUERY DATA OPTIONS
Select the Query Data option from the main menu now by typing 2.
This section lets you quickly review the transactions for a given
account number, date range, or both. For example, if you wanted to
see all of the transactions for account number 665, you would
select the Account option by typing an A, type in the number 665,
and press the ENTER key. In a second or two, you should see a list
of all the transactions for that account number.
To see all the transactions for account number 665 for the month of
May, select the Both option by typing a B, type in 665 and press
ENTER. A menu will appear with two options: Dates_Ok and
Change_Dates. The current beginning and ending dates are displayed
on the screen, to leave them unchanged for this command, select
the Dates_Ok option. You will probably want to change them
however, so select Change_Dates. You will be asked for two sets
of dates. For each, you must enter a year, month, and day. The
exact keystrokes are as follows:
84 <ENTER>
4 <ENTER>
1 <ENTER>
84 <ENTER>
4 <ENTER>
30 <ENTER>
After pressing the last ENTER, you should see the list of
transactions appear on the screen.
That's all for now. I will update this documentation as time
permits. Your suggestions for improvement of either The 123
Ledger or this documentation are welcome. You are welcome to
leave questions or messages for me on The World of Lotus
(ID# 76044,273). I will try to answer them at least once every
week. Thank you.
TAX1984.DOC
B. JOSEPH KENNEDY, CPA
PETRO BANK BUILDING
11,111 KATY FREEWAY, SUITE 310
HOUSTON, TEXAS 77079
(713) 973-6475
THANK YOU FOR YOUR INTEREST IN THE INDIVIDUAL TAXPLANNING MODEL.
CAUTION:
YOU SHOULD MAKE A COPY OF THE ORIGINAL DISKETTE AND FILE IT FOR
BACK-UP PURPOSES. THE DISKETTE CAN BE USED BY YOU FOR YOUR
PERSONAL USE WITHOUT LIMITATION. IF YOU CHOOSE TO USE THE MODEL
(OVERLAY OR TEMPLATE, ETC.) FOR OTHER OFFICES OR FOR ESTIMATING
TAX LIABILITY FOR OTHERS, I REQUEST A FEE OF $25.00. IF YOU
ADVISE ME OF YOUR USE OF THIS TEMPLATE FOR PROFESSIONAL USE, I
WILL KEEP YOU APPRAISED OF ALL CHANGES/MODIFICATIONS OF THE
PROGRAM. OBVIOUSLY, THIS IS ON THE HONOR SYSTEM, BUT I BELIEVE
YOU WILL AGREE IT IS LESS COSTLY THAN TRYING TO DEVELOP AND INPUT
THE MODEL INTO YOUR LOTUS SYSTEM. THANK YOU FOR YOUR
COOPERATION. I HOPE THIS HELPS KEEP YOUR TAXES TO A MINIMUM!!!!!
THIS PROGRAM IS NOT TO BE SOLD OR OTHERWISE DISTRIBUTED TO ANY
OTHER PARTIES WITHOUT THE EXPRESS WRITTEN PERMISSION OF THE
AUTHOR OR A REPRESENTATIVE FROM HIS COMPANY.
* * * WHAT THE MODELS CAN DO * * *
TAXPLAN:
The TAXPLAN model will calculate the following taxes:
MARRIED FILING JOINT INCOME TAX Return
SINGLE TAXPAYER INCOME TAX Return
ALTERNATIVE MINIMUM TAX
TEN YEAR AVERAGING ON LUMP-SUM DISTRIBUTIONS
SELF EMPLOYMENT TAXES
How the TAXPLAN model works:
The user must be familiar with the Internal Revenue Code and the
individual income tax return, FORM 1040. The model asks the user
to input information regarding items for the alternative minimum
tax computation, amounts for the various lines on Form 1040 and
Schedule A of the tax return. (The input is not accumulated as
it is in the various tax return preparation software packages,
such as the Microtax tax return processing package.)
Amounts that would transfer from other schedules; interest income,
income from self-employment, partnership income (loss), etc.,
would have to be separately calculated or the amounts from the
prior year's return used to compute the taxpayer's 1984 projected
tax liability.
The model is set up to print a recap of the income items, the
Schedule A deductions and the tax amounts (regular, AMT, 10 year
averaging, self employment and tax credits) for your client's
analysis. You can print the full detail if you wish, by modifying
the print command, although this may just confuse your clients.
I have set in a macro command for the printing function, after you
have input all the data for a client, press the "F9" function key
to compute the tax liability. After the tax is computed, just
press the "ALT" key and the "P" key, printing will begin. You
can separately request a written report of any and all fields of
the model by using the printing commands outlined in your LOTUS
123 tm manual.
UPDATES TO THE EXISTING MODEL: Tentatively, I would like to
receive a business card from anyone interested in learning of any
updates to the original model. I may add provisions for
calculating taxes for head of household and, possibly, for
married filing separately. I am also planning to add the tax
rate schedules for 1985 in the near future, however, the 1984
rates can be used in the interim to compare alternatives for 1984
vs. 1985 without much distortion.
PLEASE SEND YOUR BUSINESS CARD TO ME IF YOU ARE INTERESTED!!!!
--------------------------------------------------------------
NOTE TO USERS:
If you wish to increase or decrease the number of comparisons,
using the COPY command in LOTUS to copy column B of the model to
the next available, unused column will provide that flexibility
to make simultaneous comparisons of tax choices.
You may wish to add other comparisons or tax schedules
(married/separate, or head of household) on your own and are
invited to use the formulations in this model as a guide. Good luck!
WSFF1.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
WSFF2.TXT
WORKSHEET FILE FORMAT
FROM LOTUS
SUMMARY OF RECORD TYPES
Copyright(c) 1984, Lotus Development Corporation
161 First Street
Cambridge, Massachusetts 02142
(617) 492-7171
Electronic Edition, December, 1984
All Rights Reserved
BOF
Record Type Code Body length
BOF 0 (00H) 2 bytes
Record Description
Beginning of file
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0-1 file format revision number
1028 (0404h) = 1-2-3 file
1029 (0405h) = Symphony file
Example
Record Header Record Body
Record Record BOF
Type Length
Byte Number 0 1 2 3 0 1
Hex Code 00 00 02 00 04 04
Dec.Equivalent 0 2 1028
EOF
Record Type Code Body length
EOF 1 (01H) 0 bytes
Record Description
End of file
Used by both 1-2-3 and Symphony
Byte Number Byte Description
-no record body-
Example
Record Header
Record Record
Type Length
Byte Number 0 1 2 3
Hex Code 01 00 00 00
Decimal Equivalent 1 0
Note: End of file is ony a header. EOF has a record
length of 0; therefore, no record body follows.
CALCMODE
Record Type Code Body length
CALCMODE 2 (02h) 1 byte
Record Description
Calculation method
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0 0 = Manual mode
FF = automatic
CALCORDER
Recrod Type Code Body length
CALCORDER 3 (03H) 1 BYTE
Record Description
Calculation order
Used by both 1-2-3 and Symphony
Byte Number Byte Description
0 0 = natural
1 = by column
FF = by row
SPLIT
Record Type Code Body length
SPLIT 4(04h) 1 byte
Record Description
Split window type
Used in 1-2-3 only.
Byte Number Byte Description
0 0 = not split
1 = vertical split
FF = horizontal split
SYNC
Record Type Code Body length
SYNC 5(05h) 1 byte
Record Description
Split window sync
This determines whether the two screens in 1-2-3's split-screen feature
will move together with the cursor.
Used in 1-2-3 only.
Byte Number Byte Description
0 0 = not synchronized
FF = synchronized
RANGE
Record Type Code Body length
RANGE 6(06h) 8 bytes
Record Description
Range of cells written to worksheet file.
If the worksheet file was created using a File Save command, then this
range describes the active area with trailing blank columns and rows
removed. If the worksheet file was created using a File Xtract command,
then this range describes the extract range with trailing blank columns and
rows removed. If there is no data in the range, the starting column is set
to -1.
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0-1 starting column
2-3 starting row
4-5 ending column
6-7 ending row
Example
Record Header rt_range Record Body
Record Record Starting Starting Ending Ending
Type Length Column Row Column Row
Byte Number 0 1 2 3 0 1 2 3 4 5 6 7
Hex Code 06 00 08 00 00 00 00 00 01 00 03 00
Dec.Equivalent 6 8 0 0 1 3
The record displays the worksheet range as A1...B4.
WINDOW1
Record Type Code Body length
WINDOW1 7(07h) 31 bytes
Record Description
Window 1 record
Used in 1-2-3 only.
Byte Number Byte Description
0-1 cursor column position
2-3 cursor row position
4 format (see Appendix A, Cell Format Encoding)
5 unused (0)
6-7 column width
8-9 number of columns on screen
10-11 number of rows on screen
12-13 left column
14-15 top row
16-17 number of title columns
18-19 number of title rows
20-21 left title column
22-23 top title row
24-25 border width column
26-27 border width row
28-29 window width
30 unused (0)
COLW1
Record Type Code Body length
COLW1 8(08h) 3 bytes
Record Type Description
Column width
Used by both 1-2-3 and Symphony.
In 1-2-3, this record contains the width of a column Window 1.
In symphony, it contains width information for the Window Record that it
follows.
Byte Number Byte Description
0-1 column
2 width
WINTWO
Record Type Code Body length
WINTWO 9(09h) 31 bytes
Record Description
Window 2 record
Used in 1-2-3 only.
Byte Number Byte Description
0-1 cursor column position
2-3 cursor row position
4 format (see Appendix A, Cell Format Encoding)
5 unused (0)
6-7 column width
8-9 number of columns on screen
10-11 number of rows on screen
12-13 left column
14-15 top row
16-17 number of title columns
18-19 number of title rows
20-21 left titile column
22-23 top title row
24-25 border width column
26-27 border width row
28-29 window width
30 unused (0)
COLW2
Record Type Code Body length
COLW2 10(0Ah) 3 bytes
Record Description
Column width, Window 2
Used in 1-2-3 only.
Byte Number Byte Description
0-1 column
2 width
NAME
Record Type Code Body length
NAME 11 (OBh) 24 bytes
Record Description
Name of range
The worksheet contains one record for each range name.
Used in 1-2-3 only.
Byte Number Byte Description
0-15 NULL terminated ASCII string
16-17 Starting column
18-19 Starting row
20-21 Ending column
22-23 Ending row
Example
Record Header
Record Record
Type Length
Byte Number 0 1 2 3
Hex Code 0B 00 18 00
Decimal Equivalent 11 24
(cont.)
Record Body
Range Name (Text)
Decimal Equivalent Expressed in ASCII Text
0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
52 45 56 45 4E 55 45 53 00 00 00 00 00 00 00 00
R E V E N U E S / Unfilled Names Area
(cont.) Record Body
Starting Starting Ending Ending
Column Row Column Row
16 17 18 19 20 21 22 23
00 00 00 00 01 00 03 00
0 0 1 3
Range name is REVENUES (encompasses A1 to B4).
BLANK
Record Type Code Body length
BLANK 12(0Ch) 5 bytes
Record Description
Blank cell
Blank cell records appear only for those cells that are protected, or do
not have the default format.
Unprotected blank cells with the default format are omitted from the
worksheet file.
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0 format (see Appendix A, Cell Format Encoding)
1-2 column
3-4 row
Example
Record Header Record Body
Record Record
Type Length Format Column Row
Byte Number 0 1 2 3 0 1 2 3 4
Hex Code 0C 00 05 00 22 05 00 0A 00
Dec. Equivalent 12 5 34 5 10
This record displays cell in location F11 (column 5, row 10).
INTEGER
Record Type Code Body length
INTEGER 13(ODh) 7 bytes
Record Description
Integer number cell
An integer cell holds a single integer value
in the range -32767....+32767 (decimal).
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0 format (see Appendix A, Cell Format Encoding)
1-2 column
3-4 row
5-6 integer value
Example
Record Header Record Body
Record Record
Type Length Format Column Row Integer
Byte Number 0 1 2 3 0 1 2 3 4 5 6
Hex Code 0D 00 07 00 00 00 00 00 00 DD 04
Dec. Equivalent 13 7 0 0 0 1245
This example displays the integer 1245 located in cell A1 (column 0, row
0). When reading a 2-byte integer, the lower byte appears first. For
example, DD04h is actually 04DDh (1245 decimal).
NUMBER
Record Type Code Body length
NUMBER 14 (0Eh) 13 bytes
Record Description
Floating point number
Used by both 1-2-3 and Symphony
Byte Number Byte Description
0 format
1-2 column
3-4 row
5-12 value (IEEE long real; 8087 double-precision floating-
point format)
Example
The following describes a 64-bit long real format.
S Exponent Fraction
63 62 52 51 0
MSB LSB
S 1-bit Sign field
0 = +
1 = -
Exponent 11-bit Exponent field
Exponent is binary, excess 1023(base 10). Thus, the true
exponent is: 2^(exponent -1023).
Fraction 52-bit Fraction field
An implied leading 1 bit is at the beginning of the
fraction. The implied binary point is between the implied
1 bit and the Most Significant Bit (MSB) of the fraction
field.
Special NA: S = 1 Exponent = 7FF Fraction = 0
Values ERR: S = 0 Exponent = 7FF Fraction = 0
STRING: S = 0 Exponent = 7FF Fraction = non-zero
(Symphony only)
LABEL
Record Type Code Body length
LABEL 15(0Fh) variable
Record Description
Label cell
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0 format (see Appendix A, Cell Format Encoding)
1-2 column
3-4 row
5+ NULL terminated ASCII string;
240 bytes maximum
Example
Record Header Record Body
Record Record
Type Length Format Column Row Label
Byte Number 0 1 2 3 0 1 2 3 4 5 6 7 8 9 10
Hex Code 0F 00 0B 00 F5 00 00 00 00 27 50 41 55 4C 00
Dec. Equivalent 15 11 245 0 0 P A U L
This example is a label record located at A1 (column 0, row 0).
This record contains the word 'PAUL.
Byte 5 is always one of the following format prefixes:\'"^.
This record varies in relation to the amount of text stored in the cell.
A user can enter up to 240 characters in one cell.
FORMULA
Record Type Code Body length
FORMULA 16(10H) variable
Record Description
Formula cell
Used by both 1-2-3 and Symphony.
Formulas are compiled in Reverse Polish Internal Notation. By creating
formulas in 1-2-3 or Symphony, and dumping them as hex bytes, the formula
compilation logic can be deciphered.
Table 1 describes the available Opcodes and functions. The functions are
discussed in greater detail in the 1-2-3 and Symphony documentation.
Appendix B discusses Lotus' proprietary formula compiler in greater
detail.
Byte Number Byte Description
0 format (see Appendix A, Cell Format Encoding
1-2 column
3-4 row
5-12 formula numeric value (IEEE long real; see NUMBER)
13-14 formula size (bytes)
15+ for code (see Table 1, Formula Opcodes); Reverse
Polish Internal Notation; 2048 bytes maximum
FORMULA
Table 1-a Formula Compiler Opcode Table, Format
Dec Hex Operation Description
0 0 constant Code is followed by an 8 byte
IEEE Long Real Floating Point
Number
1 1 variable Code followed by 4 byte coor-
dinate Byte 0,1 = Column
Byte 2,3 = Row
2 2 range Code followed by 8 byte range
Byte 0,1 = Start column
Byte 2,3 = Start row
Byte 4,5 = End column
Byte 6,7 = End row
3 3 return End of formula
4 4 parentheses Indicates presence of paren-
theses in original formula.
It is ignored during recal-
culation.
5 5 2 byte integer Followed by 2 byte signed
constant integer.
The above Opcodes will define the type and length of information that
follows the Opcode. Opcode 3 defines the end of the formula.
For example, Opcode 0 is followed by an 8 byte floating point number.
Opcode 1 is followed by a 4 byte coordinate.
Opcode 2 is followed by an 8 byte range specifier.
Opcode 5 is followed by a 2 byte signed integer.
FORMULA
Table 1-b Formula Compiler Opcode Table, Operations
Dec Hex Operation Description
8 8 unary - Negation
9 9 + Addition
10 A - Subtraction
11 B * Multiplication
12 C / Division
13 D ^ Exponentiation;
ie. 3^2 is(3x3)
14 E = Equal to
15 F < > Not equal to
16 10 < = Less than or equal to
17 11 > = Greater than or equal to
18 12 < Less than
19 13 > Greater than
20 14 #AND# Logical AND
21 15 #OR# Logical OR
22 16 #NOT# Logical NOT
23 17 unary + (Ignored during recalculation
31 1F na @Na not applicable
32 20 err @Err error
33 21 abs @abs (x) Absolute value of x
34 22 int @int (x) Integer value of x
35 23 sqrt @sqrt (x) Square root of x
36 24 log @log (x) Log base 10 of x
37 25 ln @ln (x) Log base e of x
38 26 pi @pi
39 27 sin @sin (x) Sine of x
40 28 cos @cos (x) Cosine of x
41 29 tan @tan (x) Tangent of x
42 2A atan2 @atan2 (x) 4 quadrant arc tangent
of x
43 2B atan @atan (x) 2 quadrant arc tangent
of x
44 2C asin @asin (x) Arc sine of x
45 2D acos @acos (x) Arc cosine of x
46 2E exp @exp (x) Exponential anti-log of x
47 2F mod @mod (x,y)X Mod Y
48 30 sel @Choose (x,v0,v1...vN)
Match a list item.
49 31 isna @isna (x)x = NA then 1 (true)
FORMULA
Table 1-b (continued) Formula Compiler Opcode Table, Operations
Dec Hex Operation Description
51 33 false @false Return 0
52 34 true @true Return 1
53 35 rand @rand Generate random number
between 0 and 1
54 36 date @date (Y,M,D) Generate the days
since 1/1/1900 (Y = 0-199,
M = 1-12, D = 1-31)
55 37 today @today Output serial date number
from cpu's clock
56 38 pmt @pmt (princ, int, term)Payment
57 39 pv @pv (pmt, int, term) Present value
58 3A fv @fv (pmt, int, term) Future Value
59 3B if @if (argument, them else) Boolean
if
60 3C day @day (x) Print day of the month from
a serial date number
61 3D month @month (x) Print month of the year
from a serial date number
62 3E round @round (x,d) Round number x to d
decimal places
The above Opcodes are variable, constant and argument related.
For example: @sqrt (9) is the square root of the constant 9
@sqrt (A1) is the square root of the variable A1
@sqrt ((A1*2)/3) is the square root of the argument (A1*2)/3
(Note that the argument ((A1*2)/3) will be processed before
the @sqrt function.)
FORMULA
Table 1-c Formula Compiler Opcode Table, Multiple Arguments
Dec Hex Operation Description
80 50 sum @sum (range and/or cell and/or
constant) Use commas to separate
arguments
81 51 avg @avg (range and/or cell and/or constant)
Use commas to separate arguments
82 52 cnt @cnt (range and/or cell and/or constant)
Use commas to separate arguments
83 53 min @min (range and/or cell and/or constant)
Use commas to separate arguments
84 54 max @max (range and/or cell and/or constant
Use commas to separate arguments
85 55 vlookup @Vlookup (x, range, offset) X = Cell
address or constant, range = Table,
Offset = Row in Table
86 56 npv @npv (int, range) Net present value;
Int = interest, Range = cash flows
87 57 var @var (range) Variance of all items in
list
88 58 std @std (range) Standard deviation of all
items in list
89 59 irr @irr (guess,range) Guess = % estimate;
Range = range of cash flows
90 5A hlookup @hlookup, (x, range, offset) X = Cell
address or constant, range = Table,
Offseet = row in Table
91 5B dsum Database statistical functions
92 5C avg Database statistical functions
93 5D dcnt Database statistical functions
94 5E dmin Database statistical functions
95 5F dmax Database statistical functions
96 60 dvar Database statistical functions
97 61 dstd Database statistical functions
The above Opcodes deal specifically with ranges and multiple arguments.
For example: @sum (A1...A10, B25, 9) contains a range, a variable and a
constant as the arguments.
All function Opcodes which accept a variable number of arguments
are followed by a 1-byte argument count.
FORMULA
Table 1-d Operator Precedence Table
Operator Unary Precedence Binary Precedence
+ 6 4
- 6 4
* na 5
/ na 5
^ na 7
= na 3
< > na 3
< = na 3
> = na 3
< na 3
> na 3
#and# na 1
#or# na 1
#not# 2 na
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 Reserve Polish, P.J. Brown,
Software Practice and Experience, Vol 7, 545-551 (1977).
TABLE
Record Type Code Body length
TABLE 24 (18h) 25 bytes
Record Description
Table range
Used by both 1-2-3 and Symphony.
In 1-2-3, the record refers to Data Tables 1 and 2.
In Symphony, it refers to What-if Tables 1 and 2.
Byte Number Byte Description
0 0 = no table
1 = Table 1
2 = Table 2
1-2 Table Range; starting column
3-4 starting row
5-6 ending column
7-8 ending row
9-10 Input Cell 1; starting column
11-12 starting row
13-14 ending column
15-16 ending row
17-18 Input Cell 2; starting column
19-20 starting row
21-22 ending column
23-24 ending row
QRANGE
Record Type Code Body length
QRANGE 25 (19h) 25 bytes
Record Description
Query range
Used in 1-2-3 only.
Byte Number Byte Description
0-1 Input ranges; starting column
2-3 starting row
4-5 ending column
6-7 ending row
8-9 Output ranges starting column
10-11 starting row
12-13 ending column
14-15 ending row
16-17 Criteria; starting column
18-19 starting row
20-21 ending column
22-23 ending row
24 Command; 0 = no command
1 = find
2 = extract
3 = delete
4 = unique
PRANGE
Record Type Code Body length
PRANGE 26 (1Ah) 8 bytes
Record Description
Print range
Used in 1-2-3 only.
Byte Number Byte Description
0-1 starting column
2-3 starting row
4-5 ending column
6-7 ending row
SRANGE
Record Type Code Body length
SRANGE 27 (1Bh) 8 bytes
Record Description
Sort range
Used in 1-2-3 only.
Byte Number Byte Description
0-1 starting column
2-3 starting row
4-5 ending column
6-7 ending row
FRANGE
Record Type Code Body length
FRANGE 28 (1Ch) 8 bytes
Record Description
Fill range
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0-1 starting column
2-3 starting row
4-5 ending column
6-7 ending row
KRANGE
Record Type Code Body length
KRANGE 29 (1Dh) 9 bytes
Record Description
Primary sort key range
Used in 1-2-3 only.
Byte Number Byte Description
0-1 starting column
2-3 starting row
4-5 ending column
6-7 ending row
8 Order: 0 = descending order
FF = ascending order
HRANGE
Record Type Code Body length
HRANGE 32 (20h) 16 bytes
Record Description
Distribution range
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0-1 Values range; starting column
2-3 starting row
4-5 ending column
6-7 ending row
8-9 Bin range starting column
10-11 starting row
12-13 ending column
14-15 ending row
KRANGE2
Record Type Code Body length
KRANGE2 35(23h) 9 bytes
Record Description
Secondary sort key range
Use in 1-2-3 only.
Byte Number Byte Description
0-1 starting column
2-3 starting row
4-5 ending column
6-7 ending row
8 Order; 0 = descending order
FF = ascending order
PROTEC
Record Type Code Body length
PROTEC 36(24h) 1 byte
Record Description
Global protection
Used by both 1-2-3 and Symphony.
Byte Number Byte Description
0 0 = global protection OFF
1 = global protection ON
FOOTER
Record Type Code Body length
FOOTER 37(25h) 242 bytes
Record Description
Print footer
Used in 1-2-3 only.
Byte Number Byte Description
0-242 NULL termination ASCII string
HEADER
Record Type Code Body length
HEADER 38(26h) 242 bytes
Record Description
Print header
Used in 1-2-3 only.
Byte Number Byte Description
0-242 NULL termination ASCII string
SETUP
Record Type Code Body length
SETUP 39(27h) 40 bytes
Record Description
Print setup
Used in 1-2-3 only.
Byte Number Byte Description
0-40 NULL terminated ASCII string
MARGINS
Record Type Code Body length
MARGINS 40(28h) 10 bytes
Record Description
Print margins code
Used in 1-2-3 only.
Byte Number Byte Description
0-1 left margin
2-3 right margin
4-5 page length
6-7 top margin
8-9 bottom margin
LABELFMT
Record Type Code Body length
LABELFMT 41 (29h) 1 byte
Record Description
Label alignment
Used by both 1-2-3 and Symphony
Byte Number Byte Description
0 27h = left
22h = right
5Eh = center
TITLES
Record Types Code Body length
TITLES 42(2Ah) 16 bytes
Record Description
Print borders
Used in 1-2-3 only.
Byte Number Byte Description
0-1 Row border; starting column
2-3 starting row
4-5 ending column
6-7 ending row
8-9 Column border; starting column
10-11 starting row
12-13 ending column
14-15 ending row
GRAPH
Record Type Code Body length
GRAPH 45(2Dh) 437 bytes
Record Description
Current graph settings
Used in 1-2-3 only.
Byte Number Byte Description
-- see Table 2 Graph Record Structure --
GRAPH
Table 2 Graph Record Structure
Byte Number Byte Description
0-1 X Range; starting column
2-3 starting row
4-5 ending column
6-7 ending row
8-9 A Range; starting column
10-11 starting row
12-13 ending column
14-15 ending row
16-17 B Range; starting column
18-19 starting row
20-21 ending column
22-23 ending row
24-25 C Range; stating column
26-27 starting row
28-29 ending column
30-31 ending row
32-33 D Range; starting column
34-35 starting row
36-37 ending column
38-39 ending row
40-41 E Range; starting column
42-43 starting row
44-45 ending column
46-47 ending row
48-49 F Range; starting column
50-51 starting row
52-53 ending column
54-55 ending row
56-57 A Labels; starting column
58-59 starting row
60-61 ending column
62-63 ending row
64-65 B Labels; starting column
66-67 starting row
68-69 ending column
70-71 ending row
72-73 C Labels; starting column
74-75 starting row
76-77 ending column
78-79 ending row
80-81 D Labels; starting column
82-83 starting row
84-85 ending column
86-87 ending row
GRAPH
Table 2 (continued) Graph Record Structure
Byte Number Byte Description
88-89 E Labels; starting column
90-91 starting row
92-93 ending column
94-95 ending row
96-97 F Labels; starting column
98-97 starting row
100-101 ending column
102-103 ending row
104 Graph type 0 = XY, 1 = bar, 2 = pie,
4 = line, 5 = stacked bar
105 Grid; 0 = none, 1 = horizontal,
2 = vertical, 3 = both
106 Color 0 = black-white, FF = color
107 A Range line format; 0 = none, 1 = line,
2 = symbol, 3 = line-symbol
108 B Range line format; 0 = none, 1 = line,
2 = symbol, e = line-symbol
109 C Range line format; 0 = none, 1 = line,
2 = symbol, 3 = line-symbol
110 D Range line format; 0 = none, 1 = line,
2 = symbol, 3 = line-symbol
111 E Range line format; 0 = none, 1 = line,
2 = symbol, 3 = line-symbol
112 F Range line format; 0 = none, 1 = line,
2 = symbol, 3 = line-symbol
113 A Range data label 0 = center, 1 = right,
alignment; 2 = below, 3 = left,
4 = above
114 B Range data label 0 = center, 1 = right
alignment; 2 = below, 3 = left
4 = above
115 C Range data label 0 = center, 1 = right
alignment; 2 = below, 3 = left
4 = above
116 D Range data label 0 = center, 1 = right
alignment; 2 = below, 3 = left
4 = above
117 E Range data label 0 = center, 1 = right
alignment; 2 = below, 3 = left
4 = above
118 F Range data label 0 = center, 1 = right
alignment; 2 = below, 3 = left
4 = above
GRAPH
Table 2 (continued) Graph Record Structure
Byte Number Byte Description
119 Scale 0 = auto
FF = manual
120-127 X lower limit in floating point format
128-135 X upper limit in floating point format
136 Y scale; 0 = automatic
FF = manual
137-144 Y lower limit in floating point format
145-152 Y upper limit in floating point format
153-192 First title
193-232 Second title
233-272 X title
273-312 Y title
313-332 A legend
333-352 B legend
353-372 C legend
373-392 D legend
393-412 E legend
413-432 F legend
433 X format
434 Y format
435-436 Skip factor
NGRAPH
Record Type Code Body length
NGRAPH 46 (2EH) 453 bytes
Record Description
Named current graph settings
Used in 1-2-3 only.
Bytes Number Byte Description
-- see Table 3 Ngraph Record Structure --
NGRAPH
Table 3 NGraph Record Structure
Byte Number Byte Description
0-15 Name; NULL terminated ASCII string
16-17 X Range; starting column
18-19 starting row
20-21 ending column
22-23 ending row
24-25 A Range; starting column
26-27 starting row
28-29 ending column
30-31 ending row
32-33 B Range; starting column
34-35 starting row
36-37 ending column
38-39 ending row
40-41 C Range; starting column
42-43 starting row
44-45 ending column
46-47 ending row
48-49 D Range; starting column
50-51 starting row
52-53 ending column
54-55 ending row
56-57 E Range; starting column
58-59 starting row
60-61 ending column
62-63 ending row
64-65 F Range; stating column
66-67 starting row
68-69 ending column
70-71 ending row
72-73 A Labels; starting column
74-75 starting row
76-77 ending column
78-79 ending row
80-81 B Labels; starting column
82-83 starting row
84-85 ending column
86-87 ending row
88-89 C Labels; starting column
90-91 starting row
92-93 ending column
94-95 ending row
96-97 D Labels; starting column
98-99 starting row
100-101 ending column
102-103 ending row
NGRAPH
Table 3 (continued) NGraph Record Structure
Byte Number Byte Description
104-105 E Labels; starting column
106-107 starting row
108-109 ending column
110-111 ending row
112-113 F Labels; starting column
114-115 starting row
116-117 ending column
118-119 ending row
120 Graph type; 0 = XY, 1 = bar, 2 = pie,
4 = line, 5 = stacked bar
121 Grid 0 = none, 1 = horizontal,
2 = vertical, 3 = both
122 Color; 0 = black-white, FF = color
123 A Range line format; 0 = none, l = line,
2 = symbol, 3 = line-symbol
124 B Range line format; 0 = none, 1 = line,
2 = symbol, 3 = line-symbol
125 C Range line format; 0 = none, 1 = line 2 = symbol, 3 = line-symbol
2 = symbol, 3 = line-symbol
126 D Range line format; 0 = none, 1 = line
2 = symbol, 3 = line-symbol
127 E Range line format; 0 = none, 1 = line
2 = symbol, 3 = line-symbol
128 F Range line format; 0 = none, 1 = line
2 = symbol, 3 = line-symbol
129 A Range data label 0 = center, 1 = right
alignment 2 = below, 3 = left,
4 = above
130 B Range data label 0 = center, 1 = right
alignment 2 = below, 3 = left
4 = above
131 C Range data label 0 = center, 1 = right
alignment 2 = below, 3 = left
4 = above
132 D Range data label 0 = center, 1 = right
alignment 2 = below, 3 = left
4 = above
133 E Range data label 0 = center, 1 = right
alignment 2 = below, 3 = left
4 = above
134 F Range data label 0 = center, 1 = right
alignment 2 = below, 3 = left
135 Scale 0 = auto
FF = manual
NGRAPH
Table 3 (continued) NGraph Record Structure
Byte Number Byte Description
136-143 X lower limit in floating point format
144-151 X upper limit in floating point format
152 Y scale; 0 = automatic
FF = manual
153-160 Y lower limit in floating point format
161-168 Y upper limit in floating point format
209-224 First title
225-248 Second title
249-288 X title
289-328 Y title
329-348 A legend
349-368 B legend
369-388 C legend
389-408 D legend
409-428 E legend
429-448 F legend
449 X format
450 Y format
451-452 Skip factor
CALCCOUNT
Record Type Code Body length
CALCCOUNT 47(2Fh) 1 byte
Record Description
Iteration count
Used in 1-2-3 and Symphony.
Byte Number Byte Description
0 Iteration count
UNFORMATTED
Record Type Code Body length
UNFORMATTED 48(30h) 1 byte
Record Description
Formatted/unformatted print
Used in 1-2-3 only.
Byte Number Byte Description
0 0 = formatted
1 = unformatted
CURSORW12
Record Type Code Body length
CURSORW12 49(31h) 1
Record Description
Cursor location
Used in 1-2-3 only.
Byte Number Byte Description
0 1 = cursor in Window 1
2 = cursor in Window 2
WINDOW
Record Type Code Body length
WINDOW 50(32h) 144 bytes
Record Description
Window record structure
Used in Symphony only.
Byte Number Byte Description
-- see Table 4 Window Record Structure --
WINDOW
Table 4 Window Record Structure
Byte Number Byte Description
0-15 Window name NULL terminated ASCII
string
16-17 Cursor position; column
18-19 row
20 Format (see Appendix A,
Cell Format Encoding)
21 Unused
22-23 Column width
24-25 Total number of columns
26-27 Total number of rows
28-29 Non-Title Home Position; column
30-31 row
32-33 Number of title columns
34-35 Number of title rows
36-37 Left title column
38-39 Top title row
40-41 Home position column
42-43 Home position row
44-45 Number of screen columns
46-47 Number of screen rows
48 Hidden Status; 0 = hidden
FF = not hidden
49 Previous window; 0 = SHEET
1 = DOC
2 = GRAPH
3 = COMM
4 = FORM
5 = APPLICATION
50 Border display; 0 = cell
FF = no cell
51 Border display lines; 0 = lines
FF = no lines
52-53 Window Range starting column
54-55 starting row
56-57 ending column
58-59 ending row
60-61 Offset
62 Insert mode flag; 0 = OFF
non-zero = ON
63-78 Graph name
WINDOW
Table 4 (continued) Window Record Structure
Byte Number Byte Description
79 Window type; 0 = SHEET
1 = DOC
2 = GRAPH
3 = COMM
4 = FORM
5 = APPLICATION
80 Automatic display mode "a" = automatic (ASCII
flag; lower case "a")
else = manual
81 Forms filter; 0 = filter
non-zero = no filter
82-97 Associated form name
98-99 Forms current record
100 Space display; 0 = no spaces
non-zero = spaces
101 Line spacing; 1 = 1 space
2 = 2 spaces
3 = 3 spaces
102 Justify type "1" = left (ASCII lower
case "1")
"r" = right (ASCII lower
case "r")
"c" = center (ASCII
lower case "c"
"e" = even (ASCII lower
case "e"
103-104 Right Margin 0 = FOh characters
= right margin
FF = no user-defined
right margin; use
default value
105-106 Left Margin 0-FOh characters = left
margin
107-108 Tab interval
109 CR display; 0 = soft
non-zero = hard
110 Auto-justify on copy/ 0 = no
move; non-zero = yes
111-126 Associated application
name
127-143 Reserved Application Area
STRING
Record Type Code Body length
STRING 51(33h) variable
Record Description
Value of string formula
Used in Symphony only.
Byte Number Byte Description
0 format (see Appendix A, Cell Format Encoding)
1-2 column
3-4 row
5+ NULL terminated ASCII string
PASSWORD
Record Type Code Body length
PASSWORD 55(37h) 4 byte
Record Description
File lockout (CHKSUM)
This is proprietary information.
Used in Symphony only.
Byte Number Byte Description
-- not available --
LOCKED
Record Type Code Body length
LOCKED 56(38h) 1 byte
Record Description
Lock Flag
Used in Symphony only.
Byte Number Byte Description
0 0 = OFF
1 = ON
QUERY
Record Type Code Body length
QUERY 60(Ch) 127 bytes
Record Description
Query settings
Used in Symphony only.
Byte Number Byte Description
-- see Table 5 Query Record Structure --
QUERY
Table 5 Query Record Structure
Byte Number Byte Description
0-15 Name; NULL termination ASCII string
16-17 Input range; starting column
18-19 starting row
20-21 ending column
22-23 ending row
24-25 Output Range; starting column
26-27 starting row
28-29 ending column
30-31 ending row
32-33 Criteria Range; starting column
34-35 starting row
36-37 ending column
38-39 ending row
40-41 Form Entry; starting column
42-43 starting row
44-45 ending column
46-47 ending row
48-49 Form Def. Range; starting column
50-51 starting row
52-53 ending column
54-55 ending row
56-57 Report Output; starting column
58-59 starting row
60-61 ending column
62-63 ending row
64-65 Report Header; starting column
66-67 starting row
68-69 ending column
70-71 ending row
72-73 Report Footer; starting column
74-75 starting row
76-77 ending column
78-79 ending row
80-81 Table Range; starting column
82-83 starting row
84-85 ending column
86-87 ending row
88-89 Input Cell; starting column
90-91 starting row
92-93 ending column
94-95 ending row
QUERY
Table 5 (continued) Query Record Structure
Byte Number Byte Description
96-97 1st Key range; starting column
98-99 starting row
100-101 ending column
102-103 ending row
104-105 2nd Key range; starting column
106-107 starting row
108-109 ending column
110-111 ending row
112-113 3rd Key range; starting column
114-115 starting row
116-117 ending column
118-119 ending row
120 Last command; 0 = no command
1 = find
2 = extract
3 = delete
4 = unique
121 1st Key order; 0 = descending order
FF = ascending order
122 2nd Key order; 0 = descending order
FF = ascending order
123 3rd Key order 0 = descending order
FF = ascending order
124 Report number of records; 0 = multiple
FF = single
125 Number of records; 0 = multiple
FF = single
126 Marks; 0 = yes
FF = no
QUERYNAME
Record Type Code Body length
QUERYNAME 61(3Dh) 16 bytes
Record Description
Current Query Name
Used in Symphony only.
Byte Number Byte Description
0-15 NULL terminated ASCII string
PRINT
Record Type Code Body length
PRINT 62(3Eh) 679 bytes
Record Description
Print record
Used in Symphony only.
Byte Number Byte Description
-- see Table 6 Print Record Structure --
PRINT
Table 6 Print Record Structure
Byte Number Byte Description
0-15 Print setting name; NULL terminated ASCII string
16-17 Source range; starting column
18-19 starting row
20-21 ending column
22-23 ending row
24-25 Row border; starting column
26-27 starting row
28-29 ending column
30-31 ending row
32-33 Column border; starting column
34-35 starting row
36-37 ending column
38-39 ending row
40-41 Destination; starting column
42-43 starting row
44-45 ending column
46-47 ending row
48 Print format; 0 = as displayed
non-zero = formulas
49 Page breaks 0 = yes
non-zero = no
50 Line spacing
51-52 Left Margin
53-54 Right Margin
55-56 Page length
57-58 Top
59-60 Bottom of page
61-101 Setup string; NULL terminated ASCII string
102-342 Header; NULL terminated ASCII string
343-584 Footer; NULL terminated ASCII string
585-600 Source database name; NULL terminated ASCII string
601 Attribute; 0 = no
non-zero = yes
602 Space compression; 0 = no
non-zero = yes
603 Print destination 0 = printer
1 = file
2 = range
604-605 Starting page
606-607 Ending page
608-677 Destination filename; NULL terminated ASCII string
678 Wait; 0 = no
non-zero = yes
PRINTNAME
Record Type Code Body length
PRINTNAME 63(3Fh) 16 bytes
Record Description
Current Print Record Name
Used in Symphony only.
Byte Number Byte Description
0-15 NULL terminated ASCII string
GRAPH2
Record Type Code Body length
GRAPH2 64(40h) 499 bytes
Record Description
Graph record
Used in Symphony only.
Byte Number Byte Description
-- see Table 7 Symphony Graph Record Structure --
GRAPH2
Table 7 Symphony Graph Record Structure
Byte Number Byte Description
0-15 Name; NULL terminated ASCII string
16-17 XRange; starting column
18-19 starting row
20-21 ending column
22-23 ending row
24-25 A Range; starting column
26-27 starting row
28-29 ending column
30-31 ending row
32-33 B Range; starting column
34-35 starting row
36-37 ending column
38-39 ending row
40-41 C Range; starting column
42-43 starting row
44-45 ending column
46-47 ending row
48-49 D Range; starting column
50-51 starting row
52-53 ending column
54-55 ending row
56-57 E Range; starting column
58-59 starting row
60-61 ending column
62-63 ending row
64-65 F Range; starting column
66-67 starting row
68-69 ending column
70-71 ending row
72-73 A Labels; starting column
74-75 starting row
76-77 ending column
78-79 ending row
80-81 B Labels; starting column
82-83 starting row
84-85 ending column
86-87 ending row
88-89 C Labels; starting column
90-91 starting row
92-93 ending column
94-95 ending row
GRAPH2
Table 7 (continued) Symphony Graph Record Structure
Byte Number Byte Description
96-97 D Labels; starting column
98-99 starting row
100-101 ending column
102-103 ending row
104-105 E Labels; starting column
106-107 starting row
108-109 ending column
110-111 ending row
112-113 F Labels; starting column
114-115 starting row
116-117 ending column
118-119 ending row
120 Graph type; 0 = XY, 1 = bar, 2 = pie,
4 = line, 5 = stacked
bar
121 Grid; 0 = none, 1 = horizontal,
2 = vertical, 3 = both
122 Color; 0 = black-white,
FF = color
123 A Range line format; 0 = none, 1 = line,
2 = symbol,
3 = line-symbol
124 B Range line format; 0 = none, 1 = line,
2 = symbol,
3 = line-symbol
125 C Range line format; 0 = none, 1 = line,
2 = symbol,
3 = line-symbol
126 D Range line format; 0 = none, 1 = line
2 = symbol,
3 = line-symbol
127 E Range line format; 0 = none, 1 = line
2 = symbol,
3 = line-symbol
128 F Range line format; 0 = none, 1 = line
2 = symbol
3 = line-symbol
129 A Range data label alignment; 0 = center, 1 = right,
2 = below, 3 = left,
4 = above
130 B Range data label alignment; 0 = center, 1 = right
2 = below, 3 = left
4 = above
131 C Range data label alignment; 0 = center, 1 = right
2 = below, 3 = left
4 = above
132 D Range data label alignment; 0 = center, 1 = right
2 = below, 3 = left
4 = above
133 E Range data label alignment; 0 = center, 1 = right
2 = below, 3 = left
4 = above
134 F Range data label alignment; 0 = center, 1 = right
2 = below, 3 = left
4 = above
GRAPH2
Table 7 (continued) Symphony Graph Record Structure
Byte Number Byte Description
135 X Scale 0 = auto
136-143 X lower limit in floating point format FF = manual
144-151 X upper limit in floating point format
152 Y scale; 0 = automatic
FF = manual
153-160 Y lower limit in floating point format
161-168 Y upper limit in floating point format
169-208 First title
209-248 Second title
249-288 X title
289-328 Y title
329-348 A legend
349-368 B legend
369-388 C legend
389-408 D legend
409-428 E legend
429-448 F legend
449 X format
450 Y format
451-452 Skip factor
453 X scale flag; (x1K) 0 = ON
FF = OFF
454 Y scale flag;(x1K) 0 = ON
FF = OFF
455 suppress; 0 = no
else = yes
456-463 Bar origin (float)
464-471 X linear scale (float)
472-479 Y linear scale (float)
480 X log scale
481 Y log scale
482 graph region color; X hue code
483 A hue code
484 B hue code
485 C hue code
487 D hue code
488 F hue code
489-490 Y width
491-498 Aspect (float)
GRAPHNAME
Record Type Code Body length
GRAPHNAME 65 (41h) 16 bytes
Record Description
Current Graph Record Name
Used in Symphony only.
Byte Number Byte Description
0-15 NULL terminated ASCII string
ZOOM
Record Type Code Body length
ZOOM 66 (42h) 9 bytes
Record Description
Original coordinates expanded window
Used in Symphony only.
Byte Number Byte Description
0 iszoom? 0 = no
1 = yes
1-2 X coordinates
3-4 Y coordinates
5-6 column depth
7-8 row depth
SYMSPLIT
Record Type Code Body length
SYMSPLIT 67 (43h) 2 bytes
Record Description
Number of split windows
Used in Symphony only.
Byte Number Byte Description
0-1 number of split windows
NSROWS
Record Type Code Body length
NSROWS Code Body length
NSROWS 68 (44h) 2 bytes
Record Description
Number of screen rows
Used in Symphony only.
Byte Number Byte Description
0-1 number of screen rows
NSCOLS
Record Type Code Body length
NSCOLS 69 (45h) 2 bytes
Record Description
Number of screen columns
Used in Symphony only.
Byte Number Byte Description
0-1 Number of screen columns
RULER
Record Type Code Body length
RULER 70 (46h) 25 bytes
Record Description
Name ruler range
Used in Symphony only.
Byte Number Byte Description
0-15 Name; NULL terminated ASCII string
16-17 Range; starting column
18-19 starting row
20-21 ending column
22-23 ending row
24 Range type; 0 = single cell
1 = range
NNAME
Record Type Code Body length
NNAME 71 (47h) 25 bytes
Record Description
Named sheet range
Used in Symphony only.
Byte Number Byte Description
0-15 Name; NULL terminated ASCII string
16-17 Range; starting column
18-19 starting row
20-21 ending column
22-23 ending row
24 Range type; 0 = single cell
1 = range
ACCOM
Record Type Code Body length
ACOMM 72 (48h) 65 bytes
Record Description
Autoload communications file
Used in Symphony only.
Byte Number Byte Description
0-64 Path name to Autoload file;
NULL terminated ASCII string
AMACRO
Record Type Code Body length
AMACRO 73 (49h) 8 bytes
Record Description
Autoexecute macro address
Used in Symphony only.
Byte Number Byte Description
0-1 starting column
2-3 starting row
4-5 ending column
6-7 ending row
PARSE
Record Type Code Body length
PARSE 74 (4Ah) 16 bytes
Record Description
Query parse information
Used in Symphony only.
Byte Number Byte Description
0-1 Parse range; starting column
2-3 starting row
4-5 ending column
6-7 ending row
8-9 Review range; starting column
10-11 starting row
12-13 ending column
14-15 ending row
WSFF3.TXT
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.
WSFF4.TXT
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 #0303
Volume in drive A has no label
Directory of A:\
MAGEE WKS 44160 1-05-85 5:48p
MAGEE DOC 15488 1-05-85 5:33p
WSFF1 TXT 14464 1-03-85 6:56p
WSFF3 TXT 3712 1-03-85 7:20p
TAX1984 WKS 37888 12-08-84 2:21p
TAX1984 DOC 3983 12-08-84 12:09a
MAIL WKS 8320 12-15-84 5:11p
AUTO123 WKS 57216 10-05-84 4:47p
PREVIEW WKS 60544 10-05-84 4:49p
WSFF4 TXT 19968 1-03-85 7:35p
WSFF2 TXT 79872 1-05-85 5:16p
DIR-LIST 1408 1-05-85 8:14p
12 file(s) 347023 bytes
9216 bytes free