[Numpy-discussion] numarray patch: use Apple's vecLib on Mac OS X

[Todd Miller]

On Thu, 2004-11-18 at 10:53, Andrew Straw wrote:
> Hi all,

Hi Andrew,  sorry about not getting back to this sooner.  I actually
committed this some time last week but forgot to follow up on the
e-mail.  Anyway, well done.  Patches that work are one of my favorite
things.

> Here's a patch for numarray (against current CVS) to build using  
> Apple's vecLib (optimized BLAS library) on Mac OS X.  This was inspired  
> by/stolen from Bob Ippolito's recent Numeric patch (  
> http://mail.python.org/pipermail/pythonmac-sig/2004-November/
> 012077.html ). To build with vecLib, set the environment variable  
> USE_LAPACK=1.  I can test any modifications needed to incorporate this  
> into the main release.  After building with this patch (both with and  
> without vecLib) I ran Lib/testall.py with no problems -- are there more  
> tests I should do?

No.  All of the self-tests for numarray, with the exception of the f2py
support, are integrated into numarray.testall.  The tests can always be
improved,  but they are intended to be centralized so that should always
be the only place you have to look.

Thanks again for the patch.

Regards,
Todd

> 
> Cheers!
> Andrew
> 
> Index: addons.py
> ===================================================================
> RCS file: /cvsroot/numpy/numarray/addons.py,v
> retrieving revision 1.8
> diff -c -r1.8 addons.py
> *** addons.py	3 Nov 2004 15:06:33 -0000	1.8
> --- addons.py	18 Nov 2004 15:43:01 -0000
> ***************
> *** 24,31 ****
> --- 24,33 ----
>            os.path.join('Packages/LinearAlgebra2/Src', 'zlapack_lite.c'),
>            os.path.join('Packages/LinearAlgebra2/Src', 'dlapack_lite.c')
>            ]
> +     lapack_include_dirs = ["Packages/LinearAlgebra2/Src",  
> 'Include/numarray']
>        lapack_libs = []
>        lapack_dirs = []
> +     lapack_link_args = []
>    else:
>        sourcelist = [
>            os.path.join('Packages/LinearAlgebra2/Src',  
> 'lapack_litemodule.c'),
> ***************
> *** 53,58 ****
> --- 55,70 ----
> 
>        # lapack_dirs = ['/home/jmiller/work/lib']
> 
> +     lapack_link_args = []
> +     lapack_include_dirs = ["Packages/LinearAlgebra2/Src",  
> 'Include/numarray']
> +
> +     VECLIB_PATH = '/System/Library/Frameworks/vecLib.framework'
> +     if os.path.exists(VECLIB_PATH):
> +         lapack_link_args = ['-framework', 'vecLib']
> +         lapack_include_dirs.append( os.path.join(VECLIB_PATH,  
> 'Headers'))
> +         lapack_libs = []
> +         lapack_dirs = []
> +
>    ADDONS_DATA_FILES = [('numarray/ma', ['Packages/MA/Legal.htm'])]
> 
>    ADDONS_PACKAGES = ["numarray.convolve",
> ***************
> *** 102,110 ****
>                  include_dirs =  
> ['Packages/FFT2/Include','Include/numarray']),
>        Extension('numarray.linear_algebra.lapack_lite2',
>                  sourcelist,
> !               include_dirs = ["Packages/LinearAlgebra2/Src",  
> 'Include/numarray'],
>                  library_dirs = lapack_dirs,
> !               libraries = lapack_libs),
>        Extension("numarray.random_array.ranlib2",
>                  ["Packages/RandomArray2/Src/ranlib.c",
>                   "Packages/RandomArray2/Src/ranlibmodule.c",
> --- 114,124 ----
>                  include_dirs =  
> ['Packages/FFT2/Include','Include/numarray']),
>        Extension('numarray.linear_algebra.lapack_lite2',
>                  sourcelist,
> !               include_dirs = lapack_include_dirs,
>                  library_dirs = lapack_dirs,
> !               libraries = lapack_libs,
> !               extra_link_args = lapack_link_args,
> !               ),
>        Extension("numarray.random_array.ranlib2",
>                  ["Packages/RandomArray2/Src/ranlib.c",
>                   "Packages/RandomArray2/Src/ranlibmodule.c",
> 
> 
> 
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