Category : Science and Education
Archive   : ACS13DOS.ZIP
Filename : INSTALLA

Output of file : INSTALLA contained in archive : ACS13DOS.ZIP
Installation notes:

Most of the development of ACS was done on a NeXT with Gnu C. It
has also been compiled successfully with Borland C++ version 3.1.
It should compile with any ANSI C or C++ compiler. It should
produce no warnings when compiled with the switches in the supplied

All source files are in the src directory. I use subdirectories
for the .o files each supported machine. This makes it possible
to develop for several different machines all sharing the same file

To avoid maintaining multiple versions of Makefiles, I have broken
them up to parts that must be concatenated: Make1.*, Make2.*,
Make3.*. In general, to make a Makefile for your system, cat one
of each. See the Makefile for details. I have automated this for
some systems. Just "make your-machine", if it is one that is
supported. This will make the appropriate Makefile, cd to where
the .o's go and run make from there.

For some (non-unix) systems with more primitive facilities, you
should first "make makefiles" which will make the subdirectories
and the Makefiles. Then "make your-machine", if it is one that is
supported. This will cd to where the .o's go and run make from

We assume that make will follow "VPATH" to find the sources. This
system makes it possible to manage several platforms on a single
file system which may be NFS mounted to all the supported machines.
If your make does not support VPATH, there are three options. The
preferred method on unix based systems is to cd to where the
.o's go and type "ln -s ../*.[ch] .". This will set up links so
the Makefiles will work as intended. In some cases we have set up
the Makefile to do this automatically. The second method, which
may be needed on systems like MSDOS that don't have symbolic links
is to copy the .c and .h files to satisfy make. The third option,
best where you have only one computer, is to move the machine
specific Makefile to the src directory and run make from there.

If your system is not supported, you may need to make a few new
files or edit a few existing files. If it is a unix type system
the changes should be small. You should probably start by picking
one of the supported systems and trying to make it for that.
Probably the "ultrix" port is the most generic, so that is a good
first guess. If it compiles without errors (preferably without
warnings) you are all set.

Probably what will happen is that either a header file will be
missing or it will complain about missing prototypes for a few
functions. If this happens you need to make some patches. Suppose
you have a "foobiac" computer. You should make a new file
"Make2.foobiac" that defines the compiler switches. In CFLAGS,
you should define "FOOBIAC" to select your patches. You should
change "Makefile" to make the directory "FOOBIAC" for the .o files
and the special "Makefile" in the "FOOBIAC" directory. You should
also add a few lines so when you type "make foobiac" in the "src"
directory it does (cd FOOBIAC; make -k) to make the program. Then
you should edit the _unix.h file to make the appropriate includes
and prototypes for your system. Look at the files to see how we
handle the other systems. This should be all you need for any
unix port. If you do a port please share your patches so I can
add it to the distribution.

If you have a non-unix system you may also need to change "version.c"
and "version.h" and make some new files "_foobiac.c" and "_foobiac.h".
Look at the files for other systems for a guide to what should be
there. How you handle the "makefile" will depend on the tools
you have.

Some files starting with "plot" contain plotting drivers are may
also need customization if you want a graphic display. If all
you want are ASCII plots the files should be suitable as they are.

On a PC, you should have some version of "make". Concatenate the
files "Make1" and "Make2.msc" to "makefile". (Use the command
"copy make1+make2.msc makefile".) Then change all ".o" extensions
to ".obj". The program "sed" on unix systems will do this. Type
"make" from the directory containing the sources. Since I use
SoftPC on a unix system for this, I make links (in unix) from the
MSDOS directory to the src directory (..) to work around the fact
that my PC make does not support VPATH. You may need to get a
few unix style utility programs if you don't have them already.
Probably the best approach for a PC is to use the pre-compiled
executable we supply.

You should place the file "acs.hlp" in any directory in PATH.
ACS uses the environment variable PATH to find it. Usually the
best place is the same directory as the executable.

There should be NO non-portable code anywhere but the underscore
files and plot files. The use of #ifdef to patch portability
problems should be restricted to the underscore and plot files.

The latest version of the program with executables, source,
documentation, and test cases is available by modem from (716)272-1645.
Login as "guest". The system looks like a restricted unix system.
ACS is also available by anonymous ftp from or

If you have questions send email to [email protected] or
[email protected]. You should register (by email) if you want to know
about updates and the future of ACS.

  3 Responses to “Category : Science and Education
Archive   : ACS13DOS.ZIP
Filename : INSTALLA

  1. Very nice! Thank you for this wonderful archive. I wonder why I found it only now. Long live the BBS file archives!

  2. This is so awesome! 😀 I’d be cool if you could download an entire archive of this at once, though.

  3. But one thing that puzzles me is the “mtswslnkmcjklsdlsbdmMICROSOFT” string. There is an article about it here. It is definitely worth a read: