mirror of
https://github.com/NixOS/nixpkgs.git
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After final improvements to the official formatter implementation, this commit now performs the first treewide reformat of Nix files using it. This is part of the implementation of RFC 166. Only "inactive" files are reformatted, meaning only files that aren't being touched by any PR with activity in the past 2 months. This is to avoid conflicts for PRs that might soon be merged. Later we can do a full treewide reformat to get the rest, which should not cause as many conflicts. A CI check has already been running for some time to ensure that new and already-formatted files are formatted, so the files being reformatted here should also stay formatted. This commit was automatically created and can be verified using nix-builda08b3a4d19
.tar.gz \ --argstr baseRevb32a094368
result/bin/apply-formatting $NIXPKGS_PATH
111 lines
4 KiB
Nix
111 lines
4 KiB
Nix
{
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lib,
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stdenv,
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fetchurl,
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m4,
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cxx ? !stdenv.hostPlatform.useAndroidPrebuilt && !stdenv.hostPlatform.isWasm,
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buildPackages,
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withStatic ? stdenv.hostPlatform.isStatic,
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}:
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# Note: this package is used for bootstrapping fetchurl, and thus
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# cannot use fetchpatch! All mutable patches (generated by GitHub or
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# cgit) that are needed here should be included directly in Nixpkgs as
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# files.
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let
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inherit (lib) optional;
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in
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let
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self = stdenv.mkDerivation rec {
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pname = "gmp${lib.optionalString cxx "-with-cxx"}";
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version = "6.3.0";
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src = fetchurl {
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# we need to use bz2, others aren't in bootstrapping stdenv
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urls = [
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"mirror://gnu/gmp/gmp-${version}.tar.bz2"
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"ftp://ftp.gmplib.org/pub/gmp-${version}/gmp-${version}.tar.bz2"
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];
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hash = "sha256-rCghGnz7YJuuLiyNYFjWbI/pZDT3QM9v4uR7AA0cIMs=";
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};
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#outputs TODO: split $cxx due to libstdc++ dependency
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# maybe let ghc use a version with *.so shared with rest of nixpkgs and *.a added
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# - see #5855 for related discussion
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outputs = [
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"out"
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"dev"
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"info"
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];
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passthru.static = self.out;
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strictDeps = true;
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depsBuildBuild = [ buildPackages.stdenv.cc ];
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nativeBuildInputs = [ m4 ];
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configureFlags =
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[
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"--with-pic"
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(lib.enableFeature cxx "cxx")
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# Build a "fat binary", with routines for several sub-architectures
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# (x86), except on Solaris where some tests crash with "Memory fault".
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# See <https://hydra.nixos.org/build/2760931>, for instance.
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#
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# no darwin because gmp uses ASM that clang doesn't like
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(lib.enableFeature (!stdenv.hostPlatform.isSunOS && stdenv.hostPlatform.isx86) "fat")
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# The config.guess in GMP tries to runtime-detect various
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# ARM optimization flags via /proc/cpuinfo (and is also
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# broken on multicore CPUs). Avoid this impurity.
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"--build=${stdenv.buildPlatform.config}"
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]
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++ optional (cxx && stdenv.hostPlatform.isDarwin) "CPPFLAGS=-fexceptions"
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++ optional (stdenv.hostPlatform.isDarwin && stdenv.hostPlatform.is64bit) "ABI=64"
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# to build a .dll on windows, we need --disable-static + --enable-shared
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# see https://gmplib.org/manual/Notes-for-Particular-Systems.html
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++ optional (!withStatic && stdenv.hostPlatform.isWindows) "--disable-static --enable-shared"
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++ optional (stdenv.hostPlatform.isDarwin && stdenv.hostPlatform.isAarch64) "--disable-assembly";
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doCheck = true; # not cross;
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dontDisableStatic = withStatic;
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enableParallelBuilding = true;
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meta = with lib; {
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homepage = "https://gmplib.org/";
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description = "GNU multiple precision arithmetic library";
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license = with licenses; [
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lgpl3Only
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gpl2Only
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];
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longDescription = ''
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GMP is a free library for arbitrary precision arithmetic, operating
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on signed integers, rational numbers, and floating point numbers.
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There is no practical limit to the precision except the ones implied
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by the available memory in the machine GMP runs on. GMP has a rich
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set of functions, and the functions have a regular interface.
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The main target applications for GMP are cryptography applications
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and research, Internet security applications, algebra systems,
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computational algebra research, etc.
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GMP is carefully designed to be as fast as possible, both for small
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operands and for huge operands. The speed is achieved by using
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fullwords as the basic arithmetic type, by using fast algorithms,
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with highly optimised assembly code for the most common inner loops
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for a lot of CPUs, and by a general emphasis on speed.
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GMP is faster than any other bignum library. The advantage for GMP
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increases with the operand sizes for many operations, since GMP uses
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asymptotically faster algorithms.
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'';
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platforms = platforms.all;
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maintainers = [ ];
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};
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};
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in
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self
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