Remark: if you plan to use this port with Code_Aster, you need science/tfel-edf.
`MFront` is a code generator which translates a set of closely related
domain specific languages into plain C++ on top of the `TFEL`
library. Those languages covers three kind of material knowledge:
- material properties (for instance the
Young modulus, the thermal conductivity, etc.)
- mechanical behaviours. Numerical performances of
generated mechanical behaviours was given a particular
attention. Various benchmarks shows that `MFront`
implementations are competitive with native implementations
available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers.
- simple point-wise models, such as material swelling
used in fuel performance codes.
`MFront` comes with an handy easy-to-use tool called `MTest` that can
test the local behaviour of a material, by imposing independent
constraints on each component of the strain or the stress. This tool
has been much faster (from ten to several hundred times depending on
the test case) than using a full-fledged finite element solver.
See also: http://tfel.sourceforge.net/
===> The following configuration options are available for tfel-mfront-5.1.0_2:
DOCS=on: Build and/or install documentation
PYTHON=on: Python bindings or support
===> Use 'make config' to modify these settings
python.mk: rename PYTHON_EXT_SUFFIX to PYTHON_TAG, document, etc
EXT_SUFFIX, according to PEP 3149, refers to the full tag and
extension for compiled extension module objects, eg .cpython-311.so,
.cpython-313t.so, etc. We do not use the correct semantic meaning,
and this usage becomes ambiguous and confusing when tags do not
match between bytecode and compiled extension module objects.
Rename our PYTHON_EXT_SUFFIX to PYTHON_TAG to align with PEP 3147's
specification of a magic tag, which consists of implementation name
and shorthand version only. This is meant for bytecode and other
files containing this tag in their filename that do not depend on
a specific Python ABI for the same version. Chase all existing
consumers.
(Only the first 15 lines of the commit message are shown above )
all: drop support for FreeBSD 13.2 which reached EOL today
Thanks again to jbeich for noticing various things I overlooked.
Reviewed by: acm, ashish, eduardo, ehaupt, eugen, jbeich, martymac, mat,
nobukata, sunpoet, tagattie, yuri, arrowd, kde
Differential Revision: https://reviews.freebsd.org/D45141
Remove WWW entries moved into port Makefiles
Commit b7f05445c00f has added WWW entries to port Makefiles based on
WWW: lines in pkg-descr files.
This commit removes the WWW: lines of moved-over URLs from these
pkg-descr files.
Approved by: portmgr (tcberner)
Add WWW entries to port Makefiles
It has been common practice to have one or more URLs at the end of the
ports' pkg-descr files, one per line and prefixed with "WWW:". These
URLs should point at a project website or other relevant resources.
Access to these URLs required processing of the pkg-descr files, and
they have often become stale over time. If more than one such URL was
present in a pkg-descr file, only the first one was tarnsfered into
the port INDEX, but for many ports only the last line did contain the
port specific URL to further information.
There have been several proposals to make a project URL available as
a macro in the ports' Makefiles, over time.
(Only the first 15 lines of the commit message are shown above )
science: remove 'Created by' lines
A big Thank You to the original contributors of these ports:
* Andreas Fehlner <fehlner@gmx.de>
* Brad Huntting <huntting@glarp.com>
* Chao Shin <quakelee@cn.FreeBSD.org>
* Cheng-Lung Sung <clsung@FreeBSD.org>
* Chia-Hsing Yu <me@davidyu.org>
* Chris Rees <utisoft@gmail.com>
* David Naylor <dbn@FreeBSD.org>
* Dmitry Sivachenko <demon@FreeBSD.org>
* Ed Schouten <ed@FreeBSD.org>
* Eric Freeman <freebsdports@chillibear.com>
* Erik B Knudsen
(Only the first 15 lines of the commit message are shown above )
Upgrade Code_Aster to 14.6.0-1.
This implies:
- french /aster builds fine with clang, but it seg-faults: switched to Gcc
- ASTK is upgraded to 2019.0-1
- math/mumps is upgraded to 5.1.2-aster7
- TFEL/MFront is now required, but when the compilers of tfel and aster are
different, it cannot be linked
. recopopy science/tfel to science/tfel-edf and depends on science/tfel-edf
. science/tfel-edf is built by Gcc, from the sources included in Aster's
tarball
. register the conflicts
science/tfel: completely disable the PYTHON option.
It is causing too much pkg-fallout so leave it for further investigation.
Approved by: thierry (mentor)
science/tfel: Update to version 3.2.1
Latest version also pet portlint and per portlint with a work around, for now,
some issue detecting python.
Approved by: thierry (mentor)
Bump PORTREVISION for ports depending on the canonical version of GCC
as defined in Mk/bsd.default-versions.mk which has moved from GCC 8.3
to GCC 9.1 under most circumstances now after revision 507371.
This includes ports
- with USE_GCC=yes or USE_GCC=any,
- with USES=fortran,
- using Mk/bsd.octave.mk which in turn features USES=fortran, and
- with USES=compiler specifying openmp, nestedfct, c11, c++0x, c++11-lang,
c++11-lib, c++14-lang, c++17-lang, or gcc-c++11-lib
plus, everything INDEX-11 shows with a dependency on lang/gcc9 now.
PR: 238330
Bump PORTREVISION for ports depending on the canonical version of GCC
defined via Mk/bsd.default-versions.mk which has moved from GCC 7.4 t
GCC 8.2 under most circumstances.
This includes ports
- with USE_GCC=yes or USE_GCC=any,
- with USES=fortran,
- using Mk/bsd.octave.mk which in turn features USES=fortran, and
- with USES=compiler specifying openmp, nestedfct, c11, c++0x, c++11-lang,
c++11-lib, c++14-lang, c++17-lang, or gcc-c++11-lib
plus, as a double check, everything INDEX-11 showed depending on lang/gcc7.
PR: 231590
Bump PORTREVISION for ports depending on the canonical version of GCC
in the ports tree (via Mk/bsd.default-versions.mk and lang/gcc) which
has now moved from GCC 6 to GCC 7 by default.
This includes ports
- featuring USE_GCC=yes or USE_GCC=any,
- featuring USES=fortran,
- using Mk/bsd.octave.mk which in turn features USES=fortran, and those
- with USES=compiler specifying one of openmp, nestedfct, c11, c++0x,
c++11-lib, c++11-lang, c++14-lang, c++17-lang, or gcc-c++11-lib.
PR: 222542
Adjust USES to fix builds on gcc-based architectures.
While here, pet portlint.
Tested for no regression on amd64.
Approved by: portmgr (tier-2 blanket)
devel/boost-python-libs got forgotten in the python flavorization, fix
this oversight.
Reviewed by: antoine
Sponsored by: Absolight
Differential Revision: https://reviews.freebsd.org/D14368
Convert Python ports to FLAVORS.
Ports using USE_PYTHON=distutils are now flavored. They will
automatically get flavors (py27, py34, py35, py36) depending on what
versions they support.
There is also a USE_PYTHON=flavors for ports that do not use distutils
but need FLAVORS to be set. A USE_PYTHON=noflavors can be set if
using distutils but flavors are not wanted.
A new USE_PYTHON=optsuffix that will add PYTHON_PKGNAMESUFFIX has been
added to cope with Python ports that did not have the Python
PKGNAMEPREFIX but are flavored.
USES=python now also exports a PY_FLAVOR variable that contains the
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Upgrade to 3.0.2.
The new version brings important support for Abaqus(TM) and will be supported
in a future release of CalculiX.
PR: 216315
Submitted by: Pedro F. Giffuni
`MFront` is a code generator which translates a set of closely related
domain specific languages into plain C++ on top of the `TFEL`
library. Those languages covers three kind of material knowledge:
- material properties (for instance the
Young modulus, the thermal conductivity, etc.)
- mechanical behaviours. Numerical performances of
generated mechanical behaviours was given a particular
attention. Various benchmarks shows that `MFront`
implementations are competitive with native implementations
available in the `Cast3M`, `Code-Aster` and `Cyrano3` solvers.
- simple point-wise models, such as material swelling
used in fuel performance codes.
`MFront` comes with an handy easy-to-use tool called `MTest` that can
test the local behaviour of a material, by imposing independent
constraints on each component of the strain or the stress. This tool
has been much faster (from ten to several hundred times depending on
the test case) than using a full-fledged finite element solver.
WWW: http://tfel.sourceforge.net/
PR: 212375
Submitted by: Pedro F. Giffuni
