[GiNaC-list] Cross-compiling on Linux for Windows via x86_64-w64-mingw32-g++
Vladimir V. Kisil
V.Kisil at leeds.ac.uk
Wed Jul 28 10:10:55 CEST 2021
Dear Christian,
I had compiled the latest static GiNaC/CLN libs on Win10 using MinGW. If
these are of any use for you feel free to download them from here:
https://leeds365-my.sharepoint.com/:f:/g/personal/pmtvk_leeds_ac_uk/EkzKaM0iA51On_2MBlO8cwkBxDfAUQ-GbDTe7ShhWW5J_Q?e=b5ZdeQ
I am not familiar with Windows enough, but after a sufficient
installation of MinGW/MSYS I had used the usual linux sequence of
commands to produce the static libraries.
Best wishes,
Vladimir
--
Vladimir V. Kisil http://www.maths.leeds.ac.uk/~kisilv/
Book: Geometry of Mobius Maps https://doi.org/10.1142/p835
Soft: Geometry of cycles http://moebinv.sourceforge.net/
Jupyter notebooks: https://github.com/vvkisil/MoebInv-notebooks
>>>>> On Wed, 28 Jul 2021 00:41:13 +0000, c.diddens--- via GiNaC-list <ginac-list at ginac.de> said:
CD> Dear all,
CD> first of all, I want to thank you all for this very nice piece
CD> of software. I am currently developing a Python package to wrap
CD> the finite element library oomph-lib in Python. GiNaC is
CD> required here to generate C code which is compiled on the fly to
CD> quickly assemble the weak forms which are defined in Python. In
CD> some sense, this is similar to the finite element library
CD> FEniCS, which also uses GiNaC, but oomph-lib provides better
CD> capabilities for multi-physics and ALE methods.
CD> My Python code works perfect in Linux, but as a long time goal,
CD> I also want to produce Python Wheels for Windows. However, I
CD> have a hard time to cross-compile GiNaC and CLN for Windows (64
CD> bit).
CD> Does anyone has some experience with that? I am aware of the
CD> precompiled Windows binary, but they seem to be a bit out of
CD> date...
CD> I am grateful for any input.
CD> Best regards,
CD> Christian _______________________________________________
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