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-------------------------------------------------------------------------------
INSTALLING A FORTRAN COMPILER
-------------------------------------------------------------------------------
Please note that these are solutions that we tried and therefore recommend,
especially since they worked on every machine we tried, but there might be other
solutions if none of this works for you. Just google fortran and your machine
specs and you should find some ideas.
FORTRAN for Solaris:
--------------------
CalFUSE has been compiled and tested on Solaris with the Fortran
compilers provided by SUN (f77 and f90) and GNU (g77 and gfortran).
Both are available for free, so even if you already have another fortran
compiler, you should get one of these. Other Fortran compilers may
work, but we cannot guarantee your results.
-> We recommend that you first try the Sun Studio Compilers from Sun's
development website:
http://developers.sun.com/sunstudio/downloads/index.jsp
CalFUSE compiles properly with version 12.
-> An old version of Fortran may already exist on your machine. Look for
the old 'libF77.so' and 'libM77.so' libraries in one of these
directories: '/usr/4lib' and '/opt/SUNWspro/lib/'. They would probably
have a name with a version number at the end. If so, you can try to
create symbolic links to these two (with the command 'ln -s <library>
<link>') using their exact names 'libF77.so' and 'libM77.so'. Then add
to your LD_LIBRARY_PATH environment variable the directory in which you
created the two links. Also add '/opt/SUNWspro/bin/' to your PATH and
try again to run the CalFUSE configure routine.
-> Otherwise, you can try to install 'g77' from the GNU compilers by
installing the package 'gcc-3.4.6'. (We were unable to make 'gfortran'
from GCC version 4 and higher work on Solaris.) You will need root
access to do so.
First type the command 'iconv' in your shell. If it returns "command
not found", then you must first install the package libiconv as well.
You can retrieve packages for various versions of Solaris (7 to 10) and
different CPU architectures (Sparc or Intel) from this website (select
the appropriate system/CPU combination in the menu on the right side):
http://www.sunfreeware.com
If the web page download fails, you can access the packages by ftp
( where <CPU> = sparc or intel and <V> = 7, 8, 9 or 10 ):
ftp ftp.sunfreeware.com
login: anonymous
password: <your_email_address>
binary
cd pub/freeware/<CPU>/<V>/
get gcc-3.4.6-sol<V>-<CPU>-local.gz
get libiconv-1.11-sol<V>-<CPU>-local.gz (if iconv is missing)
bye
When you have the necessary packages, first add '/usr/local/bin' to your
PATH environment variable and '/usr/local/man' to your MANPATH. Then
unzip the packages with 'gunzip' and, as root, type the following
commands:
> pkgadd -d libiconv-1.9.2-sol<V>-<CPU>-local (if iconv is missing)
> pkgadd -d gcc-3.4.6-sol<V>-<CPU>-local
-> You can also try to recompile the GCC compilers yourself from the source
available on the GNU website:
http://ftp.gnu.org/gnu/gcc/
But this is a very long (it took us 10 hours) and complicated process,
and we recommend that you install the package as described above.
If you really have to compile the code by hand, for example because
you cannot get root permission, follow these instructions:
- Choose the latest 3.x.x version available. (We were unable to
install fortran version 4.x.x because the necessary libraries were
missing.)
- Create three directories, none of them a subdirectory of another:
srcdir - to contain the source archive
bindir - where the binaries will be installed
insdir - from which you will do the install
For example, I had respectively '/home/ooghe/gcc/src/',
'/home/ooghe/gcc/bin/' and '/home/ooghe/gcc/install/'.
- Unzip and untar the downloaded archive in 'srcdir'
- Echo your 'PATH' environment variable and remove '/usr/ucb/bin'
from it if it is present. Add '/usr/sfw/bin' if it is not.
For example:
> export PATH=/usr/bin:/etc:/usr/sbin:/usr/sfw/bin:/usr/ccs/bin:.
- Do the following:
> export CONFIG_SHELL=/bin/ksh
- Go to 'insdir' and do the following:
> 'srcdir'/configure --prefix='bindir' --enable-languages=c,fortran
where 'srcdir' and 'gccdir' should be complete path directories, e.g.,
'/home/username/gcc/src' and '/home/username/gcc/bin'
- Bootstrap and finally install the compiler:
> gmake bootstrap
> gmake install
- Add 'bindir'/bin to your PATH environment variable, and
'bindir'/lib to your LD_LIBRARY_PATH one.
===============================================================================
FORTRAN for Linux:
------------------
CalFUSE has been compiled and tested on Linux with the Fortran compilers
provided by GNU (g77 and gfortran). They are available for free, so
even if you already have another fortran compiler, you should get one of
these. You can try to make CalFUSE work with another compiler, but we
cannot guarantee your results.
Most Linux distributions include one of the GNU Fortran compilers, but
if it is not on yours, you should first try to get a binary for your
machine.
-> If your Linux is based on a distribution like Debian, Fedora or SUSE,
look for a binary on this web page:
http://gcc.gnu.org/wiki/GFortranDistros
-> Otherwise, you can try to install the latest binary from this web page,
but we do not recommend it because the latest compilers may still contain
some bugs:
http://gcc.gnu.org/wiki/GFortranBinaries
-> If you do not have any other solution, you should recompile GCC from the
source by following the instructions available on
http://gcc.gnu.org/wiki/GFortranBinaries
===============================================================================
FORTRAN for MAC OS X:
---------------------
CalFUSE has been compiled and tested on MAC OS X with the Fortran
compilers provided by GNU (g77 and gfortran). They are available for
free, so even if you already have another Fortran compiler (like ifort
from Intel or f77 from ABSoft), you should get one of these. You can
try to make CalFUSE work with another compiler, but we cannot guarantee
your results.
There are many ways to install the GNU compilers on a MAC;
here are some suggestions:
-> For Mac OS X 10.4 (Tiger) or higher, we know that the installation
provided on this web page works well:
http://www.macresearch.org/xcode_gfortran_contest_winner_damien_bobillot
Just download the gfortran compiler corresponding to your CPU
architecture (Intel or PowerPC) and follow the "gfortran compiler
instructions".
If this web page is down, you can get the same archives from the
CalFUSE FTP site:
ftp fuse.pha.jhu.edu
login: anonymous
password: <your_email_address>
cd fuseftp/calfuse
binary
(PPC) get macos-gfortran-intel-bin.tar.gz
(Intel) get macos-gfortran-ppc-bin.tar.gz
bye
When you have the appropriate package, install the compiler
using the following command:
(PPC) sudo tar -zxvf macos-gfortran-ppc-bin.tar.gz -C /
(Intel) sudo tar -zxvf macos-gfortran-intel-bin.tar.gz -C /
Note: It is possible that /usr/local/bin is not in your default
PATH environment variable. If the command 'gfortran' does not work,
then, assuming you're using the default bash shell, type
(or include in /etc/profile):
> export PATH=/usr/local/bin:$PATH
-> Otherwise, you can try to find more recent versions of these
packages on these different websites, but we don't recommend them
because they usually still have a few development bugs:
http://hpc.sourceforge.net/
http://www.macresearch.org/xcode_gfortran_plugin_update
http://gcc.gnu.org/wiki/GFortranBinariesMacOS
-> You can also try to install yourself a version of gfortran or
g77 from one of GCC releases at this address:
http://ftp.gnu.org/gnu/gcc/
This might be the only solution if you are using Mac OS X 10.3
or lower.
In this specific case, we recommend that you try first to install
'g77' from 'gcc-3.3.3', following Jeff's instructions as follows:
-------------------------------------------------------------------------------
Jeff Kruk
31 May 2004
Hi All-
I have successfully installed GNU fortran on my Mac laptop.
It is not part of the Apple Developer tools (at least not anymore),
so you have to get it directly from GNU. The instructions from GNU
state that you need the whole source tree to compile the compilers,
so you have to ignore the portions of the GCC package that are provided
by Apple with their developers toolkit.
After reading through lots of instructions, I concluded that all the
default options were just fine. So, here is a boiled-down set of
instructions.
You will need 3 different directories:
srcdir: where you put all the files from GNU
objdir: where you do the build
installdir: this defaults to /usr/local, which is what I used.
(You may have to do this as root to put things in /usr/local)
The one complication is that GNU "strongly recommends" that none of
these directories be subdirectories of one another.
So I put the downloaded files in /Users/kruk/Desktop/gcc-3.3.3
and I did the build in /Users/kruk/gcc/bin.
Here's the sequence of commands needed:
1) Use your browser to go to
http://ftp.gnu.org/gnu/gcc/releases/gcc-3.3.3
click on gcc-3.3.3.tar.gz
unpack this in 'srcdir' (in my case this was ~/Desktop/gcc-3.3.3)
2) Make the directory where you will do the build. In my case this was:
> cd ~
> mkdir gcc
> mkdir bin
> cd gcc/bin
3) Configure all the files:
> ~/Desktop/gcc-3.3.3/configure
4) Make the compilers:
> gnumake bootstrap
(I think the default 'make' is the same as gnumake, but I wasn't taking
any chances)
When this completes, there are no files in /usr/local yet!
5) Do the actual install:
> gnumake install
[This can take a long time -- up to 90 minutes. - Ed.]
That's it!
Note: If you are using an Intel-based Mac, also follow these instructions
from Vincent Hénault-Brunet: "I recently compiled CalFUSE on my Mac
Intel laptop. The problem had to do with g77. I didn't know, but g77
doesn't work on Mac Intel. It will compile but doesn't work properly.
I had to patch the power-pcc version of g77 (patch found at
http://www1.gly.bris.ac.uk/~wookey/MEFTLG/g77.htm ), and CalFUSE
compiled without any problem."
- Van Dixon, Bernard Godard, Jeff Kruk and Benjamin Ooghe-Tabanou
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