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*************************************************************** THIS TEXT FILE CONTAINS INFORMATION ABOUT COMPILING GEPASI ***************************************************************this is the source code for GEPASI 2.0, release 2.02cIndex1. COPYLEFT2. MAKEFILES3. LIBRARIES4. COMMENTS5. ANSI COMPLIANCE6. HELP TEXT7. PORTABILITY OF THE SIMULATION ENGINE1. COPYLEFT GEPASI - a simulator of metabolic pathways and other dynamical systems Copyright (C) 1989, 1992 Pedro Mendes University of Wales, Aberystwyth Dyfed, SY23 3DA, United Kingdom email: prm@aber.ac.uk This program is free software; you can redistribute it and/or modify it under the terms of the GNU General Public License as published by the Free Software Foundation; either version 1, or (at your option) any later version. This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License for more details. You should have received a copy of the GNU General Public License (file COPYING) along with this program; if not, write to the Free Software Foundation, Inc., 675 Mass Ave, Cambridge, MA 02139, USA. All C source code modules contain comments with the copyright notice, andall *.c files include COPYLEFT.H which has the above copyright notice. In nocircumstances should this be deleted from the source code files. Any new *.cfiles added to the project should also comply with this.2. MAKEFILES The following makefiles are available: gepasi.mak Quick C/Win 1.0, simulation engine, MS-DOS gwsim.mak Quick C/Win 1.0, Simulation, MS-Windows gwtop.mak Quick C/Win 1.0, Topology, MS-Windows gepasi.hpj MS Help Compiler, Help, MS-Windows these makefiles require that the source code files are in a directory with the following path: c:\source\gepasi . If you want to change this you are responsible for the alterations in these make (project) files. Makefile.cc cc, simulation engine, unix this makefile compiles the simualtion engine with the standard (?) C compiler, cc. It has only been tested in a DEC 5830 running Ultrix 4.2. Before using it, it should be renamed to 'Makefile' Makefile.gcc GNU gcc, simulation engine, unix this compiles the simulation engine with GNU gcc. It has only been tested in a SUN SPARC 4 under SunOS xxxx. Before using it, it should be renamed to 'Makefile'.3. LIBRARIES To compile GWSIM (Simulation) and GWTOP (Topology) the MS-Windows 3.0 or 3.1 libraries must be on the INCLUDE path. No other libraries are needed to compile the front end. The simulation engine does not require other libraries than the standard C libraries, including support for double precision floating-point calculations. 4. COMMENTS The source code contains comments explaining what is being done. New bits of code should be well explained inside comments and it would be useful to add the date when such changes were made, by whom and an address (email should be enough). Each module has at the top a large block of comment lines providing a title for the code block and also a list of compilers that have successfully handled it. If you managed to compile this code with a different compiler, please add it to the list. This should greatly facilitate other users efforts in compiling GEPASI. 5. ANSI COMPLIANCE As much as possible, the code is compliant with the ANSI standard. However, the code has not been thourogly tested and there are certainly some parts that need to be changed to the standard. The LSODA package, which was primarily converted from the original FORTRAN version with the AT&T f2c program, is notably a non-compliant part. For example, there are no function prototypes and the old K&R style of function declarations is still used. This is going to be corrected in future versions.6. HELP TEXT The text of the help file can be found in GEPASI.RTF, in Rich Text Format.This text can be used to build other help files, like man pages, etc. 7. PORTABILITY OF THE SIMULATION ENGINE The floating-point exception handler is not foolproof. It works for the environments tested (compiler and OS) but there are no garantees for other environments. Clearing the screen is a highly non-portable action and therefore the cls()function (in pmu.c) only clears the screen if compiled under MS-DOS. New cls() functions to work with other operating systems are welcome, althoughthis is by no means a critical need. Functions to read the cursor position and to set it (get_cursor() and set_cursor()) are also on the same list. Please do not suggest to use the CURSES package, I am trying to keep GEPASI's simulation engine independent of libraries as much as possible.
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