nixpkgs/pkgs/development/libraries/linbox/default.nix

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{ lib, stdenv
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, fetchFromGitHub
, autoreconfHook
, givaro
, pkg-config
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, blas
blas/lapack: add wrapper for “alternative”s of BLAS/LAPACK provider This is based on previous work for switching between BLAS and LAPACK implementation in Debian[1] and Gentoo[2]. The goal is to have one way to depend on the BLAS/LAPACK libraries that all packages must use. The attrs “blas” and “lapack” are used to represent a wrapped BLAS/LAPACK provider. Derivations that don’t care how BLAS and LAPACK are implemented can just use blas and lapack directly. If you do care what you get (perhaps for some CPP), you should verify that blas and lapack match what you expect with an assertion. The “blas” package collides with the old “blas” reference implementation. This has been renamed to “blas-reference”. In addition, “lapack-reference” is also included, corresponding to “liblapack” from Netlib.org. Currently, there are 3 providers of the BLAS and LAPACK interfaces: - lapack-reference: the BLAS/LAPACK implementation maintained by netlib.org - OpenBLAS: an optimized version of BLAS and LAPACK - MKL: Intel’s unfree but highly optimized BLAS/LAPACK implementation By default, the above implementations all use the “LP64” BLAS and LAPACK ABI. This corresponds to “openblasCompat” and is the safest way to use BLAS/LAPACK. You may received some benefits from “ILP64” or 8-byte integer BLAS at the expense of breaking compatibility with some packages. This can be switched at build time with an override like: import <nixpkgs> { config.allowUnfree = true; overlays = [(self: super: { lapack = super.lapack.override { lapackProvider = super.lapack-reference; }; blas = super.blas.override { blasProvider = super.lapack-reference; }; })]; } or, switched at runtime via LD_LIBRARY_PATH like: $ LD_LIBRARY_PATH=$(nix-build -E '(with import <nixpkgs> {}).lapack.override { lapackProvider = pkgs.mkl; is64bit = true; })')/lib:$(nix-build -E '(with import <nixpkgs> {}).blas.override { blasProvider = pkgs.mkl; is64bit = true; })')/lib ./your-blas-linked-binary By default, we use OpenBLAS LP64 also known in Nixpkgs as openblasCompat. [1]: https://wiki.debian.org/DebianScience/LinearAlgebraLibraries [2]: https://wiki.gentoo.org/wiki/Blas-lapack-switch
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, lapack
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, fflas-ffpack
, gmpxx
, withSage ? false # sage support
}:
blas/lapack: add wrapper for “alternative”s of BLAS/LAPACK provider This is based on previous work for switching between BLAS and LAPACK implementation in Debian[1] and Gentoo[2]. The goal is to have one way to depend on the BLAS/LAPACK libraries that all packages must use. The attrs “blas” and “lapack” are used to represent a wrapped BLAS/LAPACK provider. Derivations that don’t care how BLAS and LAPACK are implemented can just use blas and lapack directly. If you do care what you get (perhaps for some CPP), you should verify that blas and lapack match what you expect with an assertion. The “blas” package collides with the old “blas” reference implementation. This has been renamed to “blas-reference”. In addition, “lapack-reference” is also included, corresponding to “liblapack” from Netlib.org. Currently, there are 3 providers of the BLAS and LAPACK interfaces: - lapack-reference: the BLAS/LAPACK implementation maintained by netlib.org - OpenBLAS: an optimized version of BLAS and LAPACK - MKL: Intel’s unfree but highly optimized BLAS/LAPACK implementation By default, the above implementations all use the “LP64” BLAS and LAPACK ABI. This corresponds to “openblasCompat” and is the safest way to use BLAS/LAPACK. You may received some benefits from “ILP64” or 8-byte integer BLAS at the expense of breaking compatibility with some packages. This can be switched at build time with an override like: import <nixpkgs> { config.allowUnfree = true; overlays = [(self: super: { lapack = super.lapack.override { lapackProvider = super.lapack-reference; }; blas = super.blas.override { blasProvider = super.lapack-reference; }; })]; } or, switched at runtime via LD_LIBRARY_PATH like: $ LD_LIBRARY_PATH=$(nix-build -E '(with import <nixpkgs> {}).lapack.override { lapackProvider = pkgs.mkl; is64bit = true; })')/lib:$(nix-build -E '(with import <nixpkgs> {}).blas.override { blasProvider = pkgs.mkl; is64bit = true; })')/lib ./your-blas-linked-binary By default, we use OpenBLAS LP64 also known in Nixpkgs as openblasCompat. [1]: https://wiki.debian.org/DebianScience/LinearAlgebraLibraries [2]: https://wiki.gentoo.org/wiki/Blas-lapack-switch
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assert (!blas.isILP64) && (!lapack.isILP64);
blas/lapack: add wrapper for “alternative”s of BLAS/LAPACK provider This is based on previous work for switching between BLAS and LAPACK implementation in Debian[1] and Gentoo[2]. The goal is to have one way to depend on the BLAS/LAPACK libraries that all packages must use. The attrs “blas” and “lapack” are used to represent a wrapped BLAS/LAPACK provider. Derivations that don’t care how BLAS and LAPACK are implemented can just use blas and lapack directly. If you do care what you get (perhaps for some CPP), you should verify that blas and lapack match what you expect with an assertion. The “blas” package collides with the old “blas” reference implementation. This has been renamed to “blas-reference”. In addition, “lapack-reference” is also included, corresponding to “liblapack” from Netlib.org. Currently, there are 3 providers of the BLAS and LAPACK interfaces: - lapack-reference: the BLAS/LAPACK implementation maintained by netlib.org - OpenBLAS: an optimized version of BLAS and LAPACK - MKL: Intel’s unfree but highly optimized BLAS/LAPACK implementation By default, the above implementations all use the “LP64” BLAS and LAPACK ABI. This corresponds to “openblasCompat” and is the safest way to use BLAS/LAPACK. You may received some benefits from “ILP64” or 8-byte integer BLAS at the expense of breaking compatibility with some packages. This can be switched at build time with an override like: import <nixpkgs> { config.allowUnfree = true; overlays = [(self: super: { lapack = super.lapack.override { lapackProvider = super.lapack-reference; }; blas = super.blas.override { blasProvider = super.lapack-reference; }; })]; } or, switched at runtime via LD_LIBRARY_PATH like: $ LD_LIBRARY_PATH=$(nix-build -E '(with import <nixpkgs> {}).lapack.override { lapackProvider = pkgs.mkl; is64bit = true; })')/lib:$(nix-build -E '(with import <nixpkgs> {}).blas.override { blasProvider = pkgs.mkl; is64bit = true; })')/lib ./your-blas-linked-binary By default, we use OpenBLAS LP64 also known in Nixpkgs as openblasCompat. [1]: https://wiki.debian.org/DebianScience/LinearAlgebraLibraries [2]: https://wiki.gentoo.org/wiki/Blas-lapack-switch
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stdenv.mkDerivation rec {
pname = "linbox";
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version = "1.7.0";
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src = fetchFromGitHub {
owner = "linbox-team";
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repo = pname;
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rev = "v${version}";
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sha256 = "sha256-mW84a98KPLqcHMjX3LIYTmVe0ngUdz6RJLpoDaAqKU8=";
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};
nativeBuildInputs = [
autoreconfHook
pkg-config
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];
buildInputs = [
givaro
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blas
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gmpxx
fflas-ffpack
];
configureFlags = [
blas/lapack: add wrapper for “alternative”s of BLAS/LAPACK provider This is based on previous work for switching between BLAS and LAPACK implementation in Debian[1] and Gentoo[2]. The goal is to have one way to depend on the BLAS/LAPACK libraries that all packages must use. The attrs “blas” and “lapack” are used to represent a wrapped BLAS/LAPACK provider. Derivations that don’t care how BLAS and LAPACK are implemented can just use blas and lapack directly. If you do care what you get (perhaps for some CPP), you should verify that blas and lapack match what you expect with an assertion. The “blas” package collides with the old “blas” reference implementation. This has been renamed to “blas-reference”. In addition, “lapack-reference” is also included, corresponding to “liblapack” from Netlib.org. Currently, there are 3 providers of the BLAS and LAPACK interfaces: - lapack-reference: the BLAS/LAPACK implementation maintained by netlib.org - OpenBLAS: an optimized version of BLAS and LAPACK - MKL: Intel’s unfree but highly optimized BLAS/LAPACK implementation By default, the above implementations all use the “LP64” BLAS and LAPACK ABI. This corresponds to “openblasCompat” and is the safest way to use BLAS/LAPACK. You may received some benefits from “ILP64” or 8-byte integer BLAS at the expense of breaking compatibility with some packages. This can be switched at build time with an override like: import <nixpkgs> { config.allowUnfree = true; overlays = [(self: super: { lapack = super.lapack.override { lapackProvider = super.lapack-reference; }; blas = super.blas.override { blasProvider = super.lapack-reference; }; })]; } or, switched at runtime via LD_LIBRARY_PATH like: $ LD_LIBRARY_PATH=$(nix-build -E '(with import <nixpkgs> {}).lapack.override { lapackProvider = pkgs.mkl; is64bit = true; })')/lib:$(nix-build -E '(with import <nixpkgs> {}).blas.override { blasProvider = pkgs.mkl; is64bit = true; })')/lib ./your-blas-linked-binary By default, we use OpenBLAS LP64 also known in Nixpkgs as openblasCompat. [1]: https://wiki.debian.org/DebianScience/LinearAlgebraLibraries [2]: https://wiki.gentoo.org/wiki/Blas-lapack-switch
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"--with-blas-libs=-lblas"
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"--disable-optimization"
] ++ lib.optionals stdenv.isx86_64 [
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# disable SIMD instructions (which are enabled *when available* by default)
"--${if stdenv.hostPlatform.sse3Support then "enable" else "disable"}-sse3"
"--${if stdenv.hostPlatform.ssse3Support then "enable" else "disable"}-ssse3"
"--${if stdenv.hostPlatform.sse4_1Support then "enable" else "disable"}-sse41"
"--${if stdenv.hostPlatform.sse4_2Support then "enable" else "disable"}-sse42"
"--${if stdenv.hostPlatform.avxSupport then "enable" else "disable"}-avx"
"--${if stdenv.hostPlatform.avx2Support then "enable" else "disable"}-avx2"
"--${if stdenv.hostPlatform.fmaSupport then "enable" else "disable"}-fma"
"--${if stdenv.hostPlatform.fma4Support then "enable" else "disable"}-fma4"
] ++ lib.optionals withSage [
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"--enable-sage"
];
doCheck = true;
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enableParallelBuilding = true;
meta = with lib; {
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description = "C++ library for exact, high-performance linear algebra";
license = licenses.lgpl21Plus;
maintainers = teams.sage.members;
platforms = platforms.unix;
homepage = "https://linalg.org/";
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};
}