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| Sage will build on Sun's Solaris operating system - you can in fact try out Sage running on a Sun T5240 Coolthreads server, kindly donated by Sun Microsystems at http://t2nb.math.washington.edu:8000/ You can create your self an account and use the server without even installing Sage on your machine. But for reasons of security and resource limitations, certain restrictions are imposed on the server at http://t2nb.math.washington.edu:8000/ which will not be the case if you run Sage on your own Solaris server. | This page describes the current status of Sage on SPARC Solaris 11 (Feb 2021) |
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| This page is primarily maintained by David Kirkby. | Building of 9.3.beta7 works with a number of packages from the system, and a number of patches. |
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| === What does work now. === | * new psutil is needed (version 5.8.0 works) * sparsesuite needs a patch to work with gcc * openblas needs a patch https://github.com/xianyi/OpenBLAS/pull/3110/ * giac needs patches for alloca, module_info, libintl linking (it doesn't look for libintl in non-standard location /opt/csw/lib) * |
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| Sage 4.3 or later should run on Solaris 10 on SPARC hardware. Sage has been built on several Solaris 10 SPARC systems, ranging from old machines to current models, and from the first release of Solaris 10 (03/2005) to the latest (release (05/2009 edition). | ---- |
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| * Sun T5240 CoolThreads server. This has two processors, 16 cores and 128 threads. It runs Solaris 10 update 6 http://t2nb.math.washington.edu:8000/ * Sun Netra T1 running the first release of Solaris 10 (the 03/2005 edition) to the latest |
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| This page, which was primarily maintained by David Kirkby, describes the current status of Sage on the various versions of Solaris and on various hardware (SPARC and x86). | |
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| As of 10th March 2011, the situation with Sage on Solaris is: | |
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| The goals of this port are to get Sage compiling and passing all doctests on OpenSolaris (x86/x86-64) as well as 32 and 64 bit SPARC on Solaris 10 and higher. | === SPARC === * Sage built as a 32-bit application on Solaris 10. Works, and passes all tests. * Sage built as a 64-bit application on Solaris 10. Builds fully, but '''very''' unstable, and not really usable yet. |
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| Sage has been built on several Solaris 10 SPARC systems, ranging from old machines to current models and from the first release of Solaris 10 (03/2005 edition) to the latest (05/2009 edition). So Sage should build on your Solaris 10 SPARC machine. Specific hardware/software combinations on which Sage has been built are | |
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| == Sage on Sun's SPARC hardware == | * Sun T5240 !CoolThreads server with: * 2 x 1167 MHz T2+ Coolthreads processors * 16 cores * 128 threads * 32 GB RAM * Solaris 10 update 6 (05/2009 edition). * A Sun Blade 2000 workstation with: * 2 x 1200 MHz UltraSPARC III+ processors. * 8 GB RAM * Solaris 10 update 7 (05/2009 release) which at the time of writing (December 2009) is the latest release of Solaris 10. * Sun Netra T1 server with: * 1 x 500 MHz UltraSPARC-IIe processor * 1536 MB RAM * Solaris 10 03/2005 (the very first Solaris 10 release). * A Sun Blade 1000 workstation with: * 2 x 900 MHz UltraSPARC III+ processors. * 2 GB RAM * Solaris 10 03/2005 (the very first Solaris 10 release). |
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| === SPARC status === As of the 4th August 2009, several older copies of Sage have been built. The most recent is: |
Further details about running Sage on SPARC hardware can be found at http://wiki.sagemath.org/Solaris-on-SPARC |
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| * Sage 4.1.1.rc0 (a developer release) was built on a Sun Ultra 80 running Solaris 10 update 7. For this, gcc/g++/gfortran versions were 4.4.0. The GNU compilers were built to use the Sun linker (/usr/ccs/bin/ld) and the Sun assembler (/usr/ccs/bin/as). | === x86 === * Sage built as a 32-bit application on Solaris 10 on x86 . Works, and passes all tests. * Sage built as a 32-bit application on Solaris 11 Express. Works and pases all tests. * Sage built as a 32-bit application on OpenSolaris 06/2009. Works, and passes all tests. * Sage built as a 64-bit application on OpenSolaris. Fails to build at all, since R, the statistics page (see http://www.r-project.org/) will not build with gcc. Sage has been built on several x86 systems including. |
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| * Older versions of Sage have been built on a Sun Blade 2000 and a Sun Blade 2500. === SPARC Issues === * ECL which is an implementation of the Common Lisp language is used inside Sage for Maxima. The version of ECL in Sage will not build on Solaris SPARC. Neither will version 9.4.1 of ECL, which is the latest as I write. However, the ECL developers have fixed the issue in the latest CVS. A new release of ECL is expected before the 9th August. This will then be integrated into Sage. Before this, an experimental package of ecl is available, which solves this issue. http://sage.math.washington.edu/home/kirkby/Solaris-fixes/ecl-9.4.1.p0/ecl-9.4.1.p0.spkg * Maxima will not build. This is because of a bug in Maxima, which has been noticed for the first time in 35 years. It was only noticed when the newest ECL detected the error. A new release of Maxima will soon fix this, but for now, I bypassed the problem by touching the file sage-4.1.1.rc0/spkg/installed/maxima-5.16.3.p2 This of course means Maxima will not function. * The notebook() did not allow a web browser to connect at http://localhost:8000 === Building Sage on Solaris SPARC === Solaris SPARC support is almost there, and things will change quickly. So ask on the sage-devel list for the most up to date information. If you want to try to build Sage on Solaris, the following is suggested. This assumes the version of Sage is 4.1.1.rc0. However, use the LATEST version, not 4.1.1.rc0. * Ensure you have a recent gcc. 4.2.4 is definately new enough. Some older versions may not be. The gcc included in Solaris /usr/sfw/bin/gcc is often not built to support Fortran (check with 'gcc -v') In this case, you will need to either build a later gcc from source code, or get a version with support for Fortran from Blastwave or SunFreeware. * If gcc is configured to use the Sun linker and assembler (/usr/ccs/bin/ld & /usr/ccs/bin/as), ensure that /usr/ccs/bin is in your path before any directory containing a copy of the GNU assembler or linker. i.e. ensure that 'which ld' returns /usr/ccs/bin/ld and not something like /usr/local/bin/ld. * Conversely, if your gcc was configured to use the GNU linker and assembler, ensure that the GNU tools are in the path before /usr/ccs/bin/. The reason for this is that the Sage source files check the linker and assembler versions, and expect these to be the same as what is used by gcc when compiling. * Unpack download the file http://sage.math.washington.edu/home/kirkby/Solaris-fixes/ecl-9.4.1.p0/ecl-9.4.1.p0.spkg to the directory sage-4.1.1.rc0/spkg/standard (update the version of course). * Touch the file ''sage-4.1.1.rc0/spkg/installed/maxima-5.16.3.p2'' * Type make, and expect to wait some hours! * Eventually Sage will fail with a message indicating problems in the file sage-4.1.1.rc0/local/include/pari/paripriv.h. Edit that file manually, and comment out lines 258, 259 and 428. * Type ''make'' again, and Sage should build. == Sage on Solaris using Intel or AMD x86/x64 CPUs == Sage has been built on Solaris x86 / OpenSolaris. Someone else will have to report successful builds and any notes that will help people. An issue with MPIR not detecting the correct linker has been seen on one computer running the November 2008 edition of OpenSolaris, yet others running the same version have not had this problem. |
* A Sun Ultra 27 running with: * 3.33 GHz quad core Intel W3580 Xeon. * 12 GB RAM * OpenSolaris 06/2009 * Solaris 11 Express on a Sony Vaio laptop with: * Intel Core2 duo 2.0 GHz * 2 GB RAM * Dell server - unknown configuration. |
Running Sage on Sun's Solaris operating system.
This page describes the current status of Sage on SPARC Solaris 11 (Feb 2021)
Building of 9.3.beta7 works with a number of packages from the system, and a number of patches.
- new psutil is needed (version 5.8.0 works)
- sparsesuite needs a patch to work with gcc
openblas needs a patch https://github.com/xianyi/OpenBLAS/pull/3110/
- giac needs patches for alloca, module_info, libintl linking (it doesn't look for libintl in non-standard location /opt/csw/lib)
This page, which was primarily maintained by David Kirkby, describes the current status of Sage on the various versions of Solaris and on various hardware (SPARC and x86).
As of 10th March 2011, the situation with Sage on Solaris is:
SPARC
- Sage built as a 32-bit application on Solaris 10. Works, and passes all tests.
Sage built as a 64-bit application on Solaris 10. Builds fully, but very unstable, and not really usable yet.
Sage has been built on several Solaris 10 SPARC systems, ranging from old machines to current models and from the first release of Solaris 10 (03/2005 edition) to the latest (05/2009 edition). So Sage should build on your Solaris 10 SPARC machine. Specific hardware/software combinations on which Sage has been built are
Sun T5240 CoolThreads server with:
- 2 x 1167 MHz T2+ Coolthreads processors
- 16 cores
- 128 threads
- 32 GB RAM
- Solaris 10 update 6 (05/2009 edition).
- A Sun Blade 2000 workstation with:
- 2 x 1200 MHz UltraSPARC III+ processors.
- 8 GB RAM
- Solaris 10 update 7 (05/2009 release) which at the time of writing (December 2009) is the latest release of Solaris 10.
- Sun Netra T1 server with:
- 1 x 500 MHz UltraSPARC-IIe processor
- 1536 MB RAM
- Solaris 10 03/2005 (the very first Solaris 10 release).
- A Sun Blade 1000 workstation with:
- 2 x 900 MHz UltraSPARC III+ processors.
- 2 GB RAM
- Solaris 10 03/2005 (the very first Solaris 10 release).
Further details about running Sage on SPARC hardware can be found at http://wiki.sagemath.org/Solaris-on-SPARC
x86
- Sage built as a 32-bit application on Solaris 10 on x86 . Works, and passes all tests.
- Sage built as a 32-bit application on Solaris 11 Express. Works and pases all tests.
Sage built as a 32-bit application on OpenSolaris 06/2009. Works, and passes all tests.
Sage built as a 64-bit application on OpenSolaris. Fails to build at all, since R, the statistics page (see http://www.r-project.org/) will not build with gcc.
Sage has been built on several x86 systems including.
- A Sun Ultra 27 running with:
- 3.33 GHz quad core Intel W3580 Xeon.
- 12 GB RAM
OpenSolaris 06/2009
- Solaris 11 Express on a Sony Vaio laptop with:
- Intel Core2 duo 2.0 GHz
- 2 GB RAM
- Dell server - unknown configuration.